Doing The Right Way
Aug 25, 2021 // By:aebi // No Comment
Selecting a video clip conferencing product depends upon your needs. Modern video conferencing still happens primarily within boardroom, though video clip conferencing now so much takes place in between geographically remote, home-based teams of individuals or in between two geographically near events, replacing phone conversation for video phone calls. For business and also education, numerous business provide complimentary video clip conferencing services. Some permit simply a single internet camera to take part, and there might be a restriction on the amount of people can take part at one time. If your conferencing needs include numerous individuals, you might wish to try to find a more detailed bundle that permits many individuals to get involved at the same time. The objective of many businesses today is to connect with consumers on a personal degree, and also lots of are trying to lower expenditures by cutting down on travel expenditures. Video conferencing items are additionally no exemption, and many services are discovering that getting numerous valuable video clip conferencing applications, instead of one cumbersome one, makes a lot of sense. In this way, you can include video clip conferencing right into your meetings or training sessions, which can save a great deal of cash. Not just that, you can use these video conferencing applications while you’re away from the office, or taking a trip abroad. For education, you might discover that a properly designed personal-use video clip conferencing product that is used combined with your teaching tools significantly boosts communication among your students. You may want to provide some believed to acquiring a video conferencing product that additionally has a whiteboard function. This way, you can hold a quick visual consultation, testimonial subjects that have been talked about in course, as well as make notes while on the lecture. You can after that show this video session to your pupils or use it once again, when you have an even more formal classroom discussion. It can even be utilized as an activity for team job presentations, such as an institution record or a work job for a customer. When it comes to business, there are numerous fantastic advantages to using video conferencing technology. This sort of conferencing allows you to make discussions to customers and also leads without needing to fulfill them face to face. Rather, you can provide details in a layout that is understandable, clear, as well as memorable. This assists you accumulate your brand name image and also construct connections promptly, both with existing clients as well as potential clients. There are a lot of applications of this modern technology that it is usually taken into consideration important by several services. Along with meeting with your clients and also prospects, numerous services are using video clip conferencing innovation to perform seminars or teleconferences, to supply training or information to workers or students, or simply as a method to communicate with your own employees. In order for you to capitalize on the several uses modern-day video conferencing modern technology, you will certainly require to locate a supplier that supplies this service. A carrier will offer you a service that permits you to purchase the equipment you need, install it, as well as use it with marginal training or guidance. A great video conferencing service provider will also permit you to buy several conference calls from their service, any time, from any type of place. This is called as the cloud service. The cloud is an online cooperation device, which offers you accessibility to the conference room where you have a seminar. As opposed to being restricted to the equipment in your workplace, you can have a desktop presentation where every person can see it at the same time. This modern video clip conferencing technology permits you to conserve money, since you do not require to purchase any kind of additional tools to convene in your office. By benefiting from several of the tools offered by a good company, you will certainly have the ability to carry out conferences, also in your very own workplace.


- Eight 10/100Mbps Fast Ethernet ports
- Complies with IEEE 802.3, 10Base-T, IEEE 802.3u 100Base-TX Ethernet standards
- Supports auto MDI/MDI-X function
- Hardware-based 10/100Mbps, half / full duplex , flow control and auto-negotiation
- Features Store-and-Forward mode with wire-speed filtering and forwarding rates
- IEEE 802.3x flow control for full duplex operation and back pressure for half duplex operation
- Integrated address look-up engine, supporting 1K absolute MAC addresses
- Handles up to 1536bytes packet
- Automatic address learning and address aging
- Supports CSMA/CD protocol
- Made from plastic, desktop size and wall-mount design
- LED indicators for system power, per port Link / Act
- DC, 1A external power adapter
- FCC, CE Class B compliant
High-speed 10/100Mbps Workgroup Switch
PLANET Fast Ethernet Switch SW-804 provides business and home users with a cost-effective integrated system of small-office / home-office networking. It is with compact-sized plastic case design and just right for the network of 10 to 50 users.
Stable Fast Ethernet Switch Performance
The SW-804 also supports Store-and-Forward forwarding scheme to ensure low latency and high data integrity. The high performance throughput (filtering / forwarding rate: 14,880 packets per second in 10Mbps, and 148,800 packets per second in 100Mbps) and 448K bit packet buffer help the SW-804 to boost bandwidth, eliminate unnecessary traffic, and relieve congestion on your critical server path. With an intelligent address recognition algorithm, the SW-804 could recognize up to a 1K different MAC address and provide 1.6Gbps switching capacity, which makes the SW-804 offer wire-speed packets transfer performance without risk of packet loss.
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Unreliable radio and more a feature of your vehicle?Whilst on a long journey, it can be quite frustrating when your radio continually cuts out or suffers from constant interference from the surrounding environment in which you are driving in. Worse than that you have just spent some money on a cable in the hope of improving your connectivity and signal only to find that it is not compatible with your 150 ohms standard input car radio. Hama has a solution for you with the Antenna Adapter, DIN plug ? ISO socket.Listen in to great sound on the move!The Antenna Adapter, DIN plug ? ISO socket from Hama, is a specifically designed adapter for connecting a 50 ohm (ISO) antenna cable and a car radio with standard input (150 ohms). It can be used universally across all car brands and works by simply and easily being plugged into both the cable and the car radio. The black and silver colour means it blends in beautifully with the interior of most cars and its compact size, makes it most suitable for use in even the smallest of cars. Furthermore, it comes packaged in a paper envelope (environmentally friendly packaging). Drive your vehicle and listen to your favourite radio shows and more with this fantastic Antenna Adapter, DIN plug ? ISO Socket from Hama!
Adapter für 50 Ohm (ISO)-Antennenkabel und ein Autoradio mit Standardeingang (150 Ohm)
Universell als Antennen-Adapter einsetzbar
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3D Video Coding and Transmission
C. J. Debono, P. A. A. Assuncao
C. J. Debono (firstname.lastname@example.org)
3D video transmission, multi-view video coding, quality of services
Issue: Xjenza Online Vol. 3 Iss. 2 - December 2015
The capture, transmission, and display of 3D content has gained a lot of attention in the last few years. 3D multimedia content is no longer conned to cinema theatres but is being transmitted using stereoscopic video over satellite, shared on Blu-RayTMdisks, or sent over Internet technologies. Stereoscopic displays are needed at the receiving end and the viewer needs to wear special glasses to present the two versions of the video to the human vision system that then generates the 3D illusion. To be more effective and improve the immersive experience, more views are acquired from a larger number of cameras and presented on different displays, such as autostereoscopic and light eld displays. These multiple views, combined with depth data, also allow enhanced user experiences and new forms of interaction with the 3D content from virtual viewpoints. This type of audiovisual information is represented by a huge amount of data that needs to be compressed and transmitted over bandwidth-limited channels. Part of the COST Action IC1105 3D Content Creation, Coding and Transmission over Future Media Networks" (3DConTourNet) focuses on this research challenge.


Last updated on January 7th, 2019 at 06:26 am
KSRM is proud to introduce the ability to text to the studio! You can now send a text message to our studios by texting to 907-283-5811. Report breaking news and information or take part in one of our live talk shows, you can now stay in touch with KSRM 920AM in a whole new way!
Try sending one today, just text your message to 907-283-5811, please include your first name so we know who we are talking with! It’s just another way we are Covering the Kenai and Alaska!


The paper MegaPipe: A New Programming Interface for Scalable Network I/O (video, slides) hits the common theme that if you want to go faster you need a better car design, not just a better driver. So that’s why the authors started with a clean-slate and designed a network API from the ground up with support for concurrent I/O, a requirement for achieving high performance while scaling to large numbers of connections per thread, multiple cores, etc. What they created is MegaPipe, “a new network programming API for message-oriented workloads to avoid the performance issues of BSD Socket API.”
The result: MegaPipe outperforms baseline Linux between 29% (for long connections) and 582% (for short connections). MegaPipe improves the performance of a modiﬁed version of memcached between 15% and 320%. For a workload based on real-world HTTP traces, MegaPipe boosts the throughput of nginx by 75%.
What’s this most excellent and interesting paper about?
Message-oriented network workloads, where connections are short and/or message sizes are small, are CPU intensive and scale poorly on multi-core systems with the BSD Socket API. We present MegaPipe, a new API for efﬁcient, scalable network I/O for message-oriented workloads. The design of MegaPipe centers around the abstraction of a channel a per-core, bidirectional pipe between the kernel and user space, used to exchange both I/O requests and event notiﬁcations. On top of the channel abstraction, we introduce three key concepts of MegaPipe: partitioning, lightweight socket (lwsocket), and batching.
We implement MegaPipe in Linux and adapt memcached and nginx. Our results show that, by embracing a clean-slate design approach, MegaPipe is able to exploit new opportunities for improved performance and ease of programmability. In microbenchmarks on an 8-core server with 64 B messages, MegaPipe outperforms baseline Linux between 29% (for long connections) and 582% (for short connections). MegaPipe improves the performance of a modiﬁed version of memcached between 15% and 320%. For a workload based on real-world HTTP traces, MegaPipe boosts the throughput of nginx by 75%.
Performance with Small Messages:
Small messages result in greater relative network I/O overhead in comparison to larger messages. In fact, the per-message overhead remains roughly constant and thus, independent of message size; in comparison with a 64 B message, a 1 KiB message adds only about 2% overhead due to the copying between user and kernel on our system, despite the large size difference.
Partitioned listening sockets:
Instead of a single listening socket shared across cores, MegaPipe allows applications to clone a listening socket and partition its associated queue across cores. Such partitioning improves performance with multiple cores while giving applications control over their use of parallelism.
Sockets are represented by ﬁle descriptors and hence inherit some unnecessary ﬁlerelated overheads. MegaPipe instead introduces lwsocket, a lightweight socket abstraction that is not wrapped in ﬁlerelated data structures and thus is free from system-wide synchronization.
System Call Batching:
MegaPipe amortizes system call overheads by batching asynchronous I/O requests and completion notiﬁcations within a channel.


How can a telecommunications company stand out in a wireless-enabled world?
As a global telecommunications and cable service provider, viiz leads the telecommunications market with innovative voice solutions. viiz contracted us to refresh their logo and website with a design that would help them demonstrate the audio experience they provide to customer – everything voice – with visuals and words.
We worked closely with viiz to design and develop a new, fresh visual system that fit their company culture and functioned beautifully in print and through a web platform, and would carry forward as they grow with their technology.
Collaborating with the viiz team, we designed a new identity system and fleshed this out into a website and various designed pieces to capture their role as a connector and as a leader in the global telecommunications field. The resulting visual platform is a versatile system (both online and offline) that can carry viiz Communications forward and allow them to accomplish their goals as an internationally recognized company.
In designing their website, we had the opportunity to create a functional set of visual materials and link them to supporting consumer-facing content.


LHT AC IEC Gear Motor
LVT AC IEC Gear Motor
LVS AC IEC Gear Motor
LHS AC IEC Gear Motor
LVT AC IEC Electric Motor
6W AC Induction Gear Motor
A digital to analog converter is an electronic device that does a conversion operation. As the name suggests, it converts a digital input signal into an analog output signal. Digital signals such as digitized music can be converted into analog sounds using a digital to analog converter. It is one of the types of data converters.
2.5.12 Digital to analog conversion. Digital to analog conversions can be performed using resistor networks and the conversion to an analog signal is usually in the order of nanoseconds. Since the digital information is a step approximation of the input signal, the resulting output from a D to A converter reflects this step nature of the signal.
2. Modeling of DC Motor The most common device used as an actuator in mechanical control is the DC motor. For example, the control of a rotary inverted pendulum requires a DC motor to drive the arm and the pendulum as shown in Figure 2-1. The system structure of a DC motor is depicted in Figure2-2, including the
Aug 19, 2020 · At a giveaway price of $25.99, turn up your listening experience while you use your LCD TV, Blu-ray, CD player, tv box, or video game console.This portable eSynic 192kHz Digital to Analog Converter will conveniently transform your digital source Coaxial/Toslink/Optical input to RCA analog audio output, and it does this by connecting to an external amplifier via a 3.5 mm …
Sep 21, 2020 · For this, I will be using Aptinex 4-Channel DAC module (DA4C010BI). This module uses the popular MCP4728 DAC IC with integrated EEPROM. It interfaces to your micro-controller with I2C communication bus up-to 3.4Mbps. It has both I/O and power range of 3.3V-5V and output range is 0-12V. Additionally, output has been buffered and offset corrected
Oct 19, 2019 · The S1213 is a mid-sized plastic-gear servo motor with an additional feedback output. It operates on 5- VDC and has a torque rating of 4.5 kg-cm, which is robust enough for many applications. The motor has four connections, three of them are on a standard servo cable and the feedback connection is on a separate wire.
Apr 12, 2004 · The method has successfully been applied to popular analog and mixed-signal circuit topologies, such as op amps, ring-oscillator-based phase locked loops (PLLs) and now to a high-speed pipeline analog-to-digital converter (ADC). A SAM essentially captures the intent of the circuit designer and a layout designer.
The controller circuit converts a digital PWM waveform into a drive signal to the motor while monitoring the position feedback returned from the servo. The dc motor converts electrical energy into a rotational movement. The driving voltage to the motor is pulsed. The motor can rotate clockwise and counterclockwise.
X Position detection performance is key for servo control. Increased demand for motor control and efficiency is shifting technologies from analog to digital. X With the development of industrial Ethernet and the improvement of position detection accuracy, servo systems increasingly rely on serial communication absolute encoders.
A D/A converter accepts a digital code and transforms it into a useful corresponding analog current or voltage by means of an appropriate transducer called an actuator. For example, a loudspeaker is an actuator that converts an electrical signal into sound. The digital-to-analog conversion process can be represented as shown in Figure 13.4.
The MCP4728 Evaluation Board (MCP4728EV) is a tool for quick and easy evaluation of the MCP4728 Quad Channel 12-bit Non-Volatile Digital-to-Analog Converter from Microchip Technology. The evaluation board contains the MCP4728 device and connection pins for the Microchip's popular PICkit™ Serial Analyzer. This video demonstrates the use of
Jan 21, 2020 · The rate at which pulses of power are sent to the servo motor are much higher. You can expect that a digital servo would send a pulse to the servo motor at a rate of 500hz. This is equivalent to every 0.002 seconds. The delay in time before the next pulse of power is much better than an analog servo. It is this very reason that provides a
The servo motor also has a 1024 incremental encoder installed that measures the relative angular position of the load shaft. 1. • Make sure that the encoder is directly connected to the data-acquisition board. Open the Simulink le Servo openloop.mdl. Familiarize yourself with the servo motor and how it relates to the Simulink le.
Feb 19, 2014 · A novel approach for modeling and control of servo systems with backlash and friction is proposed based on the characteristic model. Firstly, to deal with friction-induced nonlinearities, a smooth Stribeck friction model is introduced. The backlash is modeled by a continuous and derivable mathematical function. Secondly, a characteristic model in the form …


MTS offers corporate clients to create remote jobs, transfer IT infrastructure to the cloud, implement electronic document management, organize modern telephony in the office, set up the Internet of things and many other digital solutions for efficient business operation.
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MTS provides corporate clients with services for organizing remote workplaces with Internet access via a mobile network. These can be solutions based on 3G/4G modems or high-speed Wi-Fi routers. In places with weak signal reception, it is recommended to use a Wi-Fi router in conjunction with an external antenna. Depending on the local conditions, the company’s specialists will select the most optimal option and help connect any remote objects to the Internet where it is not possible to use fiber optics.
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MTS Cloud provides the service of hosting IT infrastructure on virtual servers using the IaaS (infrastructure as a service) model, which allows companies to save on maintenance and hardware upgrades. For modern businesses, S3 Object Storage is provided, which allows you to store and manage huge amounts of information of any format and purpose – from static objects of WEB applications to backups. With backup services (BaaS) and disaster recovery (DRaaS) data, you can restore both the entire virtual machine and individual files. Clients can access data through a high-speed secure communication channel built on the basis of itVPN and belVPNgate software solutions.
MTS Cloud also integrates offices, branches and data centers of customers into a single network using SD-WAN technology, which provides high network fault tolerance and guarantees the protection of transmitted data thanks to built-in encryption. To protect IT infrastructure from complex threats, there are also cloud packages of Kaspersky Anti Targeted Attack Platform (KATA) and Kaspersky Endpoint Detection and Response (KEDR).
To work with documents and clients
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“Virtual PBX” helps to create a modern call center with a single multi-channel number and wide functionality in the “cloud” of MTS. The service helps to receive calls to mobile, landline phones and personal computers, record conversations, upload statistics to the CRM system and control the quality of the call center. Distribution of calls between employees according to specified rules is supported. In general, the service allows you to establish effective communication with customers, while saving on equipment and technical specialists.
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In today’s article, I am going to discuss the OSI Model as well as its layers. So before going to make any delay Let’s start.
What is OSI Model?
OSI (Open System Interconnect) is an open standard for all communication systems. International Standard Organization (ISO) introduced the OSI model in 1984. The OSI model has seven layers:
- Physical Layer
- Data Link Layer
- Network Layer
- Transport Layer
- Session Layer
- Presentation Layer
- Application Layer
OSI Model Diagram
It describes the relationship between a device and a transmission medium, such as a copper cable or fiber optic cable. The physical layer is responsible for maintaining voltage and bits. The physical layer works with cable specifications, hubs, repeaters, network adapters, host bus adapters, and more.
The physical layer performs the following functions and services:
- Established and terminates the connection among communication devices.
- Participates in the process whereby the communication resources are effectively shared among multiple users. For example, content resolution and flow control.
- Responsible for sending and receiving data in the form of bits.
Protocol used at the Physical Layer:
- DSL (Digital Subscriber Line)
- ISDN (Integrated Services Digital Network)
Data Link Layer
Data Link Layer encodes and decodes data packets into bits. It works between the physical layer and the network layer. It is responsible for handling errors in the physical layer, flow control, and synchronization. Data Link Layer divides data into frames and works on frames.
The Data Link Layer is divided into two sun layers:
- Media Access Control (MAC) layer
- Logical Link Control (LLC) layer
Media Access Control (MAC) layer
The Media Access Control (MAC) sub-layer controls how a computer on a network gains access to data and permission to send it to another computer or network.
Logical Link Control (LLC) layer
Error checking, flow control, and synchronization are responsibilities of the Logical Link Control (LLC) sublayer.
Protocol used at Data Link Layer:
- ARP (Address Resolution Protocol)
- SLIP (Serial Line Internet Protocol)
- PPP (Point to Point Protocol)
The Network Layer creates logical paths, known as virtual circuits. The Network Layer uses these logical paths for transferring data from one node to another node.
The main tasks of the network layer are as follows:
- Internet working
- Error handling
- Congestion control
- Packet sequencing
Protocol used at Network Layer:
- IP (Internet Protocol)
- ICMP (Internet Control Message Protocol)
The Transport Layer is responsible for transferring data between end systems or hosts. It divides data in the form of segments.
Protocol used at Transport Layer:
- TCP (Transmission Control Protocol)
- UDP (User Datagram Protocol)
The Session Layer is responsible for managing, establishing, and terminating connections between applications (local and remote connections).
The Session Layer provides the following functionality:
- Simplex operation
- Establishes check ponting
- Restart procedures
Protocol used at Session Layer:
- NetBIOS (Network Basic Input/Output System)
- SAP (Session Announcement Protocol)
The Presentation Layer is responsible for converting machine-dependent data to machine-independent data. It sends encrypted data on the network. The Presentation Layer is also known as the syntax layer.
Protocol used at Presentation Layer:
- MIME (Multipurpose Internet Mail Extension)
- SSL (Secure Socket Layer)
The application layer is responsible for providing the interface to the application user.
Protocol used at Application Layer:
- HTTP (HyperText Transfer Protocol)
- FTP (File Transfer Protocol)
- Telnet (Telecommunication Network)
- SMTP (Simple Mail Transfer Protocol)
- IMAP (Internet Mail Transfer Protocol)
- POP (Post Office Protocol)
We talked today about the OSI (Open System Interconnect) model and also discussed protocols that are used at these layers. I hope you like this article.
Thanks for reading…


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My IP Address is the public IP address of your PC. On the off chance that your PC is behind a switch or utilized an intermediary server to see this page, the IP address shown is your switch or intermediary server.
The Internet Protocol Address (or IP Address) is a remarkable location that registering gadgets like PCs, tablets, and cell phones use to recognize itself and speak with different gadgets in the IP organization. Any gadget associated with the IP network should have a one of a kind IP address inside the organization. An IP address is practically equivalent to a road address or phone number in that it is utilized to recognize an element exceptionally.


Frequency selective power limiter
Hello! My DUT creates two signals: (1) ~4GHz, -30dBm and (2) ~8GHz, +15dBm. I need to pass the low-power signal (1), while blocking or at least trimming the highpower signal (2) down to 0dBm. Is there a way without resorting to a low-pass filter? Would a broadband power limiter also trim the weaker signal (1), while limiting the stronger one (2)? Thank you!
A limiter will add loss to the path when input signal is high enough. So yes, both signals will be attenuated. If no suitable filter is at hand, you can McGyver one;
make a 1/4 stub that kills the 8 GHz signal, A SMA T and a short piece of semirigid to be cut and grinded to suitable length, You need a network analyzer to get it right, or at least a spectrum analyzer + white noise source.
Some loss will occur at 4 GHz also, so the stub filter needs to be characterized. Also, your test object might respond poorly to total reflection of the 8 GHz signal, pad with 10 dB in front of the filter. Is it for measurements or for usage ? Lowpass filters are reasonable priced at mini-circuits.
Thank you for your response. This is indeed for measurements. The problem is that those frequencies change from device to device -- I was hoping to find a broad-band solution. Well, it seems I will have to buy a couple of filters to cover the variety of DUTs. The semirigid stub is a nice idea though. Thanks!
I think lowpass filters are the most economical way to handle this. You have to analyze the variety of DUTs and see that you get a filter for each flavour, taking in account not only that the lower freq is within the passband byt also that the higher freq gets attenuated enough.
There are tunable filters, quite expensive things. A bandpassfilter covering the low freq of all DUTs could be possible.
Another approach could be a diplexer if one is to be found that suit all types of DUTs. This would give the advantage of possibility to proper terminate the unwanted signal into 50 ohm, like this one:
I agree, you need a diplexer to split the signals, then operate on them independently
You need some frequency-selective component to be able to discriminate between the 2 signals at different frequencies.
LPF filter is the most general solution (works over the widest frequency range).
If the frequencies are known in advance, a notch filter or harmonic filter might work better.
The quarter-wave stub idea is a type of notch filter to create destructive interference at the frequency you want to reject. You could use a tuneable quarter-wave stub if you need the filter to be tuneable, though it'll only notch out one frequency at a time.
A diplexer is a 3-port filter, with a common input and 2 outputs: LPF + HPF, typically with less insertion loss than splitting the signal and filtering each signal individually.
You can make a poor-man's diplexer:
input --> circulator <--> LPF --> low freq output \---------> HPF --> high freq output
Though you're relying on the LPF to reflect the out-of-band signals at the input port, which isn't always the case for LPF filters.
you can add a resistive frequency equalizer that has 0 dB of loss at 4 Ghz, and 20 dB off loss at 8 ghz.
If you think of a quarter wave short circuit stub at 4 GHz, you can add a resistor between it and the main line. Since a short circuit transforms to an open circuit a quarterwave away, that resistor will not absorb power at 4 Ghz. then at 8 Ghz that same stub with the short circuited end will be half wave long, and the resistor will absorb 8 Ghz energy. You can adjust the resistor value to get the 8 Ghz attenuation you want to. You will need to use small resistors, like 0402 size.
there IS such a thing as a frequency selective limiter, where it will attenuate a big signal while barely attenuating the small signal at a different frequency. they are not commercially available that i know of though.
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Wenjun "Kevin" Zeng Professor
Wenjun “Kevin” Zeng is a professor in the Computer Science Department at the University of Missouri. Zeng is an associate editor for IEEE Transactions on Information Forensics and Security, IEEE Transactions on Circuits & Systems for Video Technologies and IEEE Multimedia Magazine, and he is a past associate editor for IEEE Transactions on Multimedia. Zeng came to MU with industrial experience at PacketVideo Corp. and Sharp Labs of America. His research has been funded by the National Science Foundation, the U.S. Department of Defense, the U.S. Department of Education, National Natural Science Foundation of China, Microsoft Research, Huawei Technologies, Thomson Labs, the University of Missouri Research Board and the Mizzou Advantage program.
- Multimedia communications and networking
- Mobile computing and search
- Security and digital rights management
- PhD from Princeton University
- MS from the University of Notre Dame
- BE from Tsinghua University


Hi folks, I recently downloaded FxSound and I am enjoying it, but when I connect an external USB audio interface (a Zoom U-24) the EQ section does nothing. Even holding down alt and moving an EQ slider to isolate one frequency band changes nothing.
The other controls on the left all work (Clarity, Ambience, etc.).
This issue appears to be limited to just my U-24. FxSound works 100% as expected through my computer’s internal speakers and even through my monitor’s speakers via HDMI.
Any suggestions greatly appreciated.
Added: here’s a quick video of me playing with the EQ settings. Near the end you can see me isolating one band using the alt key, which should change the sound pretty dramatically.
I do have the same with Tascam us 4x4. only the presets change the sound but only the effects i think
I guess now that the product is free there’s no mechanism to talk to support directly about this issue?
That’s odd… I’ll have our lead developer take a look at this when he can.
@jet this issue is only happening on this device and not others?
Yes, correct. It’s all working fine on my laptop’s internal speakers, over HDMI on my monitor’s speaker, and over Bluetooth on a pair of headphones.
I don’t know if the interface being a USB is somehow relevant? I have another device that I could connect as an audio interface via USB, if you think it’s worth testing?
allso on my monitorspeakers it works and before it dit on roland ua-25ex


Billions of people use USSD every month to top up airtime, check their data balance, pay utility bills, send money, and more. But USSD has been notoriously difficult for developers to access and build on, hindered by a non-existence or lack of access to relevant APIs from financial service providers, mobile network operators, and mobile operating systems. As a result, billions of people spend hours every year keying in hard-to-remember text strings and enduring session timeouts, entry errors, and indecipherable network messages. Imagine if the Internet never evolved from a command line interface to a graphical interface with the advent of browsers — that’s USSD today.
USSD, which stands for Unstructured Supplementary Service Data, is a session-based protocol within the Global System for Mobile Communications (GSM) standard. It’s been hailed as “The Third Universal App” alongside Interactive Voice Response (IVR) and Short Message Service (SMS) due to its universal availability, and it’s the protocol of choice for everything from basic network commands to mobile financial services. Without USSD, the world would be a very different place.
But USSD is a walled garden. It’s been controlled and restricted by mobile network operators in ways IVR and SMS never were, blocking innovation and denying people the fundamental right to choose where and how they communicate and transact. Some countries have passed regulations to tear down this wall, but they are few and far between.
That changes today.
We started Hover to enable developers to build for the world around them and create a more inclusive internet. Our first product, a software development kit (SDK) for Android, enables developers to initiate USSD commands, read responses, and auto-fill inputs in the background of any application running Android 4.3 or above (96.4% of global distribution).
If a service is available via USSD, no matter what or where that service is, developers can now automate it from end-to-end in an hour or less.
Hover users have built apps that let people manage multiple mobile money accounts from a single interface, pay merchants via QR codes, buy data bundles with the tap of a button, and more. If you’ve been sitting on an idea waiting for the right APIs or want to explore what’s possible, we’d love to hear from you.
We’ll share more in the coming weeks, so watch this space. For now, the takeaway is this: No one can stand in your way anymore.


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Question No. 1
Which two are valid system connectivity statuses for systemsthat areautomatically added to Cisco TelePresence Management Suite? (Choose two.)
Question No. 2
When configuring mobile and remote access on Cisco VCS Control, what are two required configuration steps? (Choose two.)
Question No. 3
You want to integrate a Cisco Unified Communications Manager cluster with three nodes and a Cisco Unified IM and Presence cluster with two nodes. How many SIP trunks do you need to configure on Cisco Unified Communications Manager?
Question No. 4
Which cascading-related benefit is an advantage of using TelePresence Conductor managed bridges?
Question No. 5
Which three system components are needed to provision a new endpoint in Cisco TMS? (Choose three.)
Question No. 6
Which protocol is prioritized by Cisco TMS for conferencing?
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Mobile phones do not operate in the remote areas of Botswana; however Xakanaxa Camp is linked with VHF radio with a backup HF radio system and satellite phone.
As Xakanaxa Camp is situated in a remote area, it operates on generators for approximately 12 hours per day (usually while guests are on activities). In the event you need to charge video equipment, this may be done at reception.
It is advisable to always bring a spare battery. Please refer to information on Xakanaxa Camp on this website for specific information pertaining to power at these lodges.


How to be a good network engineer
By default, your network may look like a chaotic mess of static IP addresses and static DNS addresses.
You might not even have a working router, and if your router’s static IP address is a few hundred miles away, your internet will probably not work.
But a smart network engineer can help you figure out what your network is really doing, and how to make it work properly.
In this tutorial, we’ll explain what the best way to network is, and why it’s important to be smart about what you’re doing.1.
What is a network?
Network is defined as a network of computers, or networks, that work together to exchange data, perform tasks, or perform other tasks.
Networks work by sharing information among them.
Network protocols are protocols that use network protocols to share information among the computers, allowing the computers to communicate and exchange information.
Network technologies include Ethernet, Wi-Fi, and mobile networks.
Network devices include routers, switches, switches and other devices that share data between computers.
Network computers can also be connected to a network via switches.
Network routers connect computers to a computer network.3.
What do routers do?
Routers are connected devices that use an interface that allows communication between computers and devices.
Routers are used to help you manage your network and can be set up to do things like connect to your Internet Service Provider’s network.
Router interfaces can include switches, routers, and other device interfaces.4.
How do I connect to a router?
You can connect to the router using a switch or by using the Internet service provider’s (ISP’s) network management interface (NMI) to connect to that router’s network and manage your connection.
This includes setting up a static IP and/or DNS address for your router, setting up firewall rules for your network, and using other network settings to make sure your network works properly.
For more information, read about the NMI.5.
How can I configure a router to do my work?
Once you’ve connected to the routers, you can configure the router to perform specific tasks.
For example, you might want to set up a router for a specific business or to enable some features on the router that you don’t want to see in the network.
For other tasks, you may want to add features to your router that can be easily disabled.
For more information about setting up the router, see Networking the Network.6.
How does the router know what devices are on my network?
Router servers use a method called MAC address scanning to determine which devices are connected to your network.
This method uses MAC address information from your wireless router to identify whether or not you’re connected to that network.
When a router is connected to another network, it can use this information to automatically connect to another router that has the same MAC address, as well as to determine whether or no other devices are in range of that network and which devices belong to the network you’re in.
This can help to identify devices that might be in range, or that could pose a security risk.
To help you understand how MAC address can be used to identify network devices, we have a series of tutorials about network security and MAC address.7.
What if I don’t have access to a wireless router?If you don


DriveSafe.ly reads your text messages and emails to you while you drive, so you can concentrate on the road. DriveSafe.ly can also respond, so you aren't tempted to reach for that phone.
What is DriveSafe.ly™?
DriveSafe.ly™ is a mobile application that reads text (SMS) messages and emails aloud in real time and automatically responds without drivers touching the mobile phone. DriveSafe.ly is the solution to texting while driving.
* Reads your text messages and emails out loud in real time
* Hands Free - No need to touch the phone while driving
* One-touch activation - no complicated setup
* Bluetooth and radio transmitter compatible
* Reads text message shorthand (lol, brb)
* Optional customizable auto-responder
* Eliminates texting while driving and reading emails while driving
* Safely stay connected while reducing distracted driving
* Keep your hands on the wheel and your eyes on the road
* Be safer and more productive during your commute
* Lightweight app doesn't slow down phone or drain battery
* Flexible app allows many customization options
Short link: http://name.ly/~25MH$8V


Before his death, Steve Jobs had put into motion a new project at Apple aimed at revolutionizing the standard television set. In his biography of the Apple founder, out today (Monday), Walter Isaacson quotes Jobs as saying, "I'd like to create an integrated television set that is completely easy to use. ... It would be seamlessly synced with all of your devices and with iCloud. No longer would users have to fiddle with complex remotes for DVD players and cable channels. It will have the simplest user interface you could imagine. I finally cracked it." Speculation immediately arose that the interface Jobs had in mind was a version of Siri, the interactive voice system integrated into Apple's new iPhone 4S. Television shows and rented movies could literally be "called up" by the user from the iCloud and could be told to play, fast-forward, increase volume, etc. by the user without ever having to touch a remote.


When we think about the Internet of Things, the first thing that comes to mind as consumers is smart implementation. Over the past few years, we've seen an eruption of IoT devices in the smart home market. Integration of multiple ecosystems, including home security, lighting, heating, water, etc. offers users unified control over their homes.
For most people, IoT ends there, but the other side of IoT exists in the enterprise market. These IoT devices serve to provide high levels of security and reliability, are often deployed in rugged environments, and are meant to have a long life span. Lantronix is one of the players in the side of the IoT market that consumers don't usually see. Today, the company introduced an enterprise grade 802.11ac Wi-Fi bridge module for industrial applications.
Lantronix's new module, the PremierWave 2050, is intended to provide robust security and networking for mission-critical data. OEMs typically task R&D with creating the modules themselves, which can be time consuming, and since the types of products being deployed in the enterprise market are intended to last for multiple years, OEMs must be confident that the networking solutions will work as designed. Lantronix's goal with the PremiereWave 2050 is to provide OEMs a production-ready networking solution so that OEMs can aim their time and resources elsewhere.
A feature that's expected to be one of the PremiereWave 2050's big selling points is its direct Wi-Fi service interface. This feature will allow operational technology and/or tech support crews to service a particular device without interrupting the device or requiring full access to the network. An example of how this application is useful would be in a hospital, where sensitive information must be kept secure. A tech support representative tasked with routinely servicing the hospital's machines may require network access on these machines. The service interface will allow service to be conducted without exposing the entire hospital's network.
Lantronix plans to demonstrate the PremiereWave 2050 at Embedded World 2016. PremiereWave 2050 evaluation kits are now available for sampling via Lantronix's website.
Alexander Quejado is an Associate Contributing Writer for Tom's Hardware and Tom's IT Pro. Follow him on Twitter and Facebook.
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Three private operators — Reliance Jio, Bharti Airtel and Vodafone Idea — on Friday announced extension of validity of packs for certain users. While Jio said that its users will receive incoming calls, Airtel and Vodafone extended the benefit to about 120 million low income customers till the end of the lockdown on May 3.
“This will not only benefit low-income users but also benefit everyone who is unable to do a recharge during these challenging times,” Reliance Jio said in a statement.
Bharti Airtel, which had earlier announced an extension of validity along with additional ₹10 talktime for about 80 million customers representing all under-privileged customers on its Network, on Friday said many of these users have been able to recharge through several channels activated by Airtel.
“However, close to 30 million such customers have still not been able to recharge their pre-paid mobile accounts. Keeping in mind their connectivity needs, Airtel is extending the validity of these accounts till May 3, 2020. All these customers will now be able to receive incoming calls on their Airtel mobile numbers even after the validity of their plan is exhausted,” it said.
‘Connectivity at troubled times’
Likewise, Vodafone Idea in a statement said that to ensure that “low income, prepaid customers using feature phones” remain connected amidst these troubled times, it is extending incoming services for these users till May 3, 2020.
“This free of cost extension of incoming service validity will enable millions of feature phone users of both Vodafone and Idea to continue to receive incoming calls, even if the validity of their plan expires earlier,” it explained.
Avneesh Khosla, Marketing Director, Vodafone Idea said, In order to ensure that consumers stay connected during this extended lock down, we are extending the incoming service validity of 90 mn consumers till May 3rd. This would effectively mean that these consumers can use their phones for receiving incoming calls unhindered.”


The day was Tuesday, August 12th 2014. I arrived home, only to find an almost unusable internet situation in my home. Some sites such as AnandTech and Google worked fine, but large swaths of the internet such as Microsoft, Netflix, and many other sites were unreachable. As I run my own DNS servers, I assumed it was a DNS issue, however a couple of ICMP commands later and it was clear that this was a much larger issue than just something affecting my household.
Two days later, and there is a pretty clear understanding of what happened. Older Cisco core internet routers with a default configuration only allowed for a maximum 512k routes for their Border Gateway Protocol (BGP) tables. With the internet always growing, the number of routes surpassed that number briefly on Tuesday, which caused many core routers to be unable to route traffic.
BGP is not something that is discussed very much, due to the average person never needing to worry about it, but it is one of the most used and most important protocols on the internet. The worst part of the outage was that it was known well in advance that this would be an issue, yet it still happened.
Let us dig into the root cause. Most of us have a home network of some sort, with a router, and maybe a dozen or so devices on the network. We connect to an internet service provider through (generally) a modem. When devices on your local network want to talk to other devices on your network, they do so by sending packets upstream to the switch (which is in most cases part of the router) and then the switch forwards the packet to the correct port where the other device is connected. If the second device is not on the local network, the packets get sent to the default gateway which then forwards them upstream to the ISP. At the ISP level, in simple terms, it works very similarly to your LAN. The packet comes in to the ISP network, and if the IP address is something that is in the ISP’s network, it gets routed there, but if it is something on the internet, the packet is forwarded. The big difference though is that an ISP does not have a single default gateway, but instead connects to several internet backbones. The method in which internet packages are routed is based on the Border Gateway Protocol. The BGP contains a table of IP subnets, and lists which ports to transfer traffic based on rules and paths laid out by the network administrator. For instance, if you want to connect to Google to check your Gmail, your computer will send a TCP connection to 220.127.116.11 (or another address as determined by your DNS settings and location). Your ISP will receive this packet, and send the packet to the correct port to an outbound part of the internet which is closer to the subnet that the address is in. If you then want to connect to a domain name or website hosting like Anandtech.com, the packet will be sent to 18.104.22.168, and the BGP protocol of the ISP router will then send to possibly a different port. This continues upstream from core router to core router until the packet reaches the destination subnet, where it is then sent to the web server.


Months ago I hijacked my neighbor's Linksys Wireless Router, reconfigured it by calling it my own, and blocked all other users from using it except myself.
Am I a hacking genius? Do I have mad skills which allow me to read streams of code on a monitor as we saw in the movie The Matrix? Perhaps I am some 14-year-old malicious kid pounding away on my keyboard with Cheese Puff-stained fingers!
Not quite! What I am is a computer user who went to Best Buy, like you probably did, and picked up a new Linksys Wireless Router because my old one died.
Setting up my new Linksys Router
I plugged in the new wireless router and used my wireless Windows laptop computer to automatically connect me to the default Linksys router. Being the security-conscious person that I am as soon as I was connected I went ahead and personalized the router.
I started by renaming the router from "linksys" to a more personalized and unique name. I turned off SSID broadcasting and ensured I turned on wireless encryption. I even went to the point where I turned on MAC filtering and personalized the router just for my MAC addresses.
Over the past few months, the router would seem to go off and on at odd times but I would say I had 95% uptime with a solid internet connection. As I have 3 wireless computers, a Wireless Tivo, and an Xbox 360 all using the personalized wireless connection I never gave my network a second thought.
Discovering I hijacked another router
Early this morning I needed to add a new computer to the network. This time the computer was hardwired via an Ethernet cable directly to my Linksys router. I literally plugged the computer into the router and right away I had an Internet connection.
What I wanted to do was share out my drives so the new computer could read data off of other computers on the network but for the life of me I could not figure out why the new computer on the network could not see any of my other computers. All the other computers could see each other just fine and sharing has never been a problem with me in the past. I checked to see if they were all on the same IP block and that nothing was causing conflict. Since I only set up MAC Filtering for Wireless I did not think I needed to do anything special with the new computer.
Either way, I decided to log into the LinkSys administrative screen using my existing wireless laptop. With my web browser, I typed in the default Gateway IP address (192.168.1.1) that took me to the LinkSys login. I typed in my username and super strength password which then took me to the configuration screens that I had not seen since I setup the router for the first time.
I looked around, clicking away at all the options and I could not see where I was going wrong. Then I started to get a hunch. I clicked my way over to the DHCP Client Table list and took a look at all the IP addresses. It became clear to me my new computer was not on the same network as all the other computers in the house.
So what gives?
Using my new computer I popped open the browser and typed in the default gateway as I had done before. I was taken to the same LinkSys login page but this time when I typed in my username and my super strength password it would not authenticate me. Just to make sure I was not losing my mind I re-entered the password several times. I even looked at the Ethernet cable on my floor and followed both ends of the wire. I was sure the new computer was plugged into my router.
On my laptop, I could log in to the router using the same IP but with the PC that is hardwired to the router I was getting an authentication screen but could not log in.
It then dawned on me; my Laptops are not wirelessly connected to my router. I must be connecting to another router and if this is the case I must have hijacked someone else's router and configured it as my own.
To confirm this, I typed in the default username and password that comes with LinkSys using my hardwired PC and I immediately authenticated. It turned out I was right, unintentionally several months ago I had taken over someone else's router and locked it down.
Considering I had locked this other router down so tight and that there was no way anyone could connect wirelessly I wondered why this person never took the router offline. Then I realized it was possible he could be connecting using an Ethernet and if he did that it was possible he could see any of my shared files on the network.
I got that panic feeling where I realized I had just left the front door open to all my files for several months. So just to make sure, I went back to the DCHP Client Table on this person's router and looked for any extra devices apart from my Tivo Wireless, Xbox, and laptops. As it turned out the only devices connected to the network were my own. Phew, what a relief! It appeared I was the only person using that router.
My neighbor hijacked my router
Going back to the question as to why that person never shut down his router if they could not use it I realized that if I got confused as to whose router I was using, perhaps this person was confused as well. Using my new computer which is physically connected to my real router I took a look at the DHCP Client Table. It turned out that this person had been using my router.
Hey, what a jerk, he's hijacking my router!
Since my router has been sitting here pretty much un-configured out of the box, I found that a few of my neighbors took some interest and have been using my wireless router for their wireless internet access as well. Looking at the DHCP Table, it appeared I was serving up quite a few of my neighbors with free wireless access.
I spent another 30 minutes doing some quick housekeeping work. I released control of his router by setting it back to the default settings. I then regained control of my router and booted everyone off and in the end, I was able to view the new computer on my network.
Router's false sense of security
The moral of this story, in a world where we all shop at the same stores and buy the same wireless equipment it is very easy to unintentionally hijack someone's wireless connection. Thus, people's files are not as safe as they think they are!


What is Edge Computing?
The cloud-based systems at the core of an enterprise network are being replaced with micro data centers that process data that is vital for making sense of its business logic and its products and services. Moreover, new machines and systems are being added to the network that are at the periphery. These are termed edge nodes. On the other hand, data is processed in real-time and thus services are built around the user’s needs. Edge computing allows the data to be processed without traveling too much from the servers at the core of the network.
What are the advantages of Edge Computing?
Edge Computing can be more efficient and effective More flexible Lesser latency Some of the many advantages that Edge Computing offers are below: Multi-layer security, secure communication, and privacy for data. Be used to load balance connections between data centers Adaptive traffic management system and intelligent caching, which helps to lower traffic congestion Ability to offer different data access options to the users depending on their needs What are the disadvantages of Edge Computing? Cumbersome and effort-intensive due to the requirement of changing IT system Inability to support distributed cloud services Security of data can be complicated Keep up with the latest trends in the industry with the help of the following infographic by TCN.
How is Edge Computing different from a traditional data center?
Typically, the data center is far from where the data is created and stored. The data center is relatively distant to end users, so latency, bandwidth and connectivity issues are high. A traditional data center must process data from the perimeter to the core. When there is a need for a faster response, data is taken to the core. The idea of the edge is that data is processed near the point of creation or near the point of use. What are the benefits of Edge Computing? The benefits of edge computing are fairly simple: Edge computing allows companies to develop applications without having to worry about creating and maintaining data centers With edge computing, users can share data quickly, reducing network latency and delivering a superior user experience.
Edge Computing in Practice:
Edge computing is implemented using a series of servers or small ‘nodes’ that reside on the edge of the network. These nodes are connected to each other, forming a distributed computing environment. When there is an application that needs more computing power and has to do heavy calculations in real-time, it is processed at the edge of the network where the server is located. This allows for the application to have a higher throughput and utilization rate. The other benefit is that the server will be closer to the end-user, which means latency will be lower. This results in the reduction of the dependency on internet connectivity.
Edge computing has become one of the hottest trends in the IT sector over the last decade. This phenomenon is also often called the fifth major wave in the computing era. There are several things that differentiate it from other wave movements. Edge computing is one of the first things that separate it from the previous waves. An important reason is that edge computing is not simply a network function. However, it also does not need to be installed inside the data center. In order to implement an edge-computing architecture, a computer or the related hardware must be located at the periphery of a network. The reason is that edge computing architectures have to solve different types of problems. One of the problems that edge computing has to solve is latency.


With the rapid advancement of digital processors, filters have been commonly implemented using microcomputers. In this study, a low-cost and compact Arduino Uno development board was used to realize digital lead and lag compensators. Arduino boards are very affordable. Consequently, they were investigated to see if they were capable of preserving the frequency response of continuous-time compensators. The experiments required a set of equipment including a function generator, an Arduino Uno development board, a PC-based oscilloscope, and a laptop. The signal frequency was varied from 0 to 500 Hz. Two discretization methods were employed, namely bilinear transformation and matched pole-zero mapping. The results showed that an Arduino Uno board can be utilized to implement lead and lag compensators to some extent. The discrete-time compensator preserved the capability of filtering out certain frequencies. The change in DC gain was negligible, however, there was a significant difference in the cut-off frequency and transient slope. For both discretization methods, the frequency responses at high frequency experienced a rippling profile.


In today’s fast-paced world, technology continues to transform various aspects of our lives, including the way we keep track of time. Remote control clock movements have emerged as a game-changer in the world of timekeeping, offering convenience, accuracy, and customization like never before. This article explores the features, benefits, applications, and considerations for choosing and maintaining a remote control clock movement.
What is a remote control clock movement?
A remote control clock movement is a mechanism that powers the hands of a clock and allows for remote operation through wireless synchronization. Unlike traditional clock movements that require manual adjustments, remote control clock movements receive signals from a central source or an external device to automatically set and adjust the time.
Benefits of remote control clock movements
Convenience and flexibility
One of the key advantages of remote control clock movements is the convenience they offer. With a simple press of a button, you can set or adjust the time on your clock effortlessly. This eliminates the need for manual adjustments, ensuring that your clock is always accurate and synchronized.
Moreover, remote control clock movements provide flexibility in terms of positioning. Since they don’t rely on physical connections, you can place your clock anywhere within the range of the wireless signal without the hassle of wires or cables.
Accurate timekeeping is crucial in various settings, such as homes, offices, and public spaces. Remote control clock movements excel in this aspect, as they receive time signals from reliable sources, such as atomic clocks or GPS satellites. This ensures that your clock always displays the correct time, eliminating the need for constant manual adjustments.
Another remarkable feature of remote control clock movements is their ability to offer customization options. Many models allow you to choose between different time formats, such as 12-hour or 24-hour, and adjust daylight saving time settings automatically. Some advanced models even provide options to display additional information, such as temperature or humidity, enhancing the functionality of your clock.
How does a remote control clock movement work?
Remote control clock movements utilize wireless synchronization technology to receive time signals and adjust the clock accordingly. Let’s explore the key features and functionalities that make these movements work seamlessly.
Remote control clock movements typically rely on radio signals or Bluetooth technology to synchronize with a central source or an external device. The signals transmit precise time information, allowing the clock movement to set or adjust the hands accordingly. This ensures that your clock remains accurate and synchronized, even when daylight saving time changes occur.
Time adjustment features
In addition to automatic synchronization, remote control clock movements often offer manual time adjustment features. This allows you to fine-tune the time displayed on your clock in case you need to make minor corrections or if synchronization is temporarily interrupted.
Advanced remote control clock movements may come with programmable options, enabling you to customize various settings according to your preferences. These settings could include time formats, language options, or even the ability to set multiple alarms. Programming your clock movement allows you to personalize it to suit your needs and lifestyle.
Applications of remote control clock movements
Remote control clock movements find applications in various settings, enhancing both functionality and aesthetics. Let’s explore some of the key areas where these clock movements are commonly used.
Remote control clock movements are popular among homeowners who want to add a touch of elegance and modernity to their living spaces. With their sleek designs and easy operation, these clock movements can serve as eye-catching decor pieces while also providing accurate timekeeping.
Offices and businesses
In professional environments, punctuality is crucial. Remote control clock movements ensure that employees and clients can rely on accurate time displays, fostering efficiency and coordination. These clock movements can be integrated into office walls, conference rooms, or reception areas, enhancing the overall ambiance and functionality of the space.
Public spaces, such as airports, train stations, or shopping centers, often require synchronized time displays for optimal operations and convenience. Remote control clock movements are commonly used in such settings to ensure that all clocks are in perfect harmony, displaying the same accurate time throughout the space.
Factors to consider when choosing a remote control clock movement
When selecting a remote control clock movement, it’s essential to consider various factors to ensure you choose the right one for your needs. Here are some key considerations:
Ensure that the remote control clock movement you choose is compatible with the clock face or dial you intend to use. Different movements may have specific requirements in terms of size or attachment mechanisms, so it’s crucial to check the compatibility details before making a purchase.
Remote control clock movements can be powered by batteries or through a direct power connection. Consider your preferences and the availability of power sources in the desired location when choosing a clock movement. Battery-powered movements offer flexibility in terms of placement but require periodic battery replacements.
Invest in a remote control clock movement that is built to last. Look for quality materials, such as sturdy metal components and durable gears, to ensure the longevity of your clock. Additionally, check if the movement comes with any warranty or guarantee for added peace of mind.
Installation and setup process
Installing and setting up a remote control clock movement requires a few simple steps. Here’s a brief guide to help you through the process:
- Gather the necessary tools, including a screwdriver, pliers, and a soft cloth.
- Carefully remove the existing clock movement from the clock if needed, following the manufacturer’s instructions.
- Align the remote control clock movement with the mounting holes on the clock face or dial.
- Secure the movement in place using the provided screws or attachment mechanism, ensuring it is snugly fitted.
- Attach the clock hands to the spindle of the clock movement, following the instructions provided.
- Insert batteries or connect the power source, depending on the type of movement.
- Set up any desired customization options, such as time format or alarm settings, following the manufacturer’s instructions.
- Place your clock in the desired location, ensuring it is within the range of the wireless signal for synchronization.
Troubleshooting common issues
While remote control clock movements are generally reliable, occasional issues may arise. Here are some common problems and troubleshooting tips:
Clock not synchronizing
If your clock fails to synchronize or displays an incorrect time, try the following steps:
- Ensure that the batteries are properly inserted and have enough charge.
- Check if the wireless signal is strong enough. Reposition the clock closer to the signal source if necessary.
- Consult the user manual for specific troubleshooting steps related to your model.
Time adjustment problems
If you encounter difficulties adjusting the time manually, consider these troubleshooting steps:
- Confirm that you are following the correct procedure for time adjustment, as different models may have specific instructions.
- Check if there are any obstructions or interference that may hinder the remote control signal.
- If the issue persists, contact the manufacturer or refer to their support resources for further assistance.
Maintenance tips for remote control clock movements
To ensure the optimal performance and longevity of your remote control clock movement, follow these maintenance tips:
If your clock movement is battery-powered, periodically check the battery life and replace them when necessary. Refer to the user manual for guidance on the specific battery type and replacement procedure.
Cleaning and care
Regularly clean the clock face and hands using a soft cloth to remove dust or fingerprints. Avoid using harsh chemicals or abrasive materials that may damage the surface. Additionally, ensure that the clock is placed in a suitable location away from excessive heat, moisture, or direct sunlight, which can affect its performance.
Comparison between remote control and traditional clock movements
When weighing the options for a clock movement, it’s helpful to understand the differences between remote control and traditional movements. Let’s compare them based on various factors:
Remote control clock movements offer the convenience of wireless synchronization, automatic time adjustments, and customizable settings. Traditional clock movements, on the other hand, require manual adjustments and lack the advanced features found in remote-control models.
Pros and cons
Remote control clock movements provide ease of use, accurate timekeeping, and flexibility in placement. However, they may require periodic battery replacements and rely on wireless signals for synchronization. Traditional clock movements offer simplicity and reliability but lack the convenience and customization options of remote control models.
Future trends in remote control clock movements
As technology continues to advance, remote control clock movements are likely to evolve further. Here are some future trends to keep an eye on:
Integration with smart home systems
Remote control clock movements are expected to integrate seamlessly with smart home systems, allowing for voice commands and synchronization with other smart devices. This integration will enhance the overall functionality and convenience of controlling and managing time displays in homes.
Advanced programming capabilities
Future remote control clock movements may offer even more advanced programming options, allowing users to personalize their clocks in unique ways. This could include features like personalized messages, different time zones, or integration with online services for real-time updates.
Remote control clock movements have revolutionized timekeeping by providing convenience, accuracy, and customization options. From home decor to office settings and public spaces, these clock movements offer a range of benefits that cater to diverse needs. By considering compatibility, power source, durability, and following the installation and maintenance tips, you can enjoy the seamless operation of a remote control clock movement. As technology continues to advance, we can expect even more exciting features and functionalities in the future.
FAQs (Frequently Asked Questions)
- Can I use a remote control clock movement with any clock face? Remote control clock movements come in different sizes and attachment mechanisms, so it’s important to check the compatibility details provided by the manufacturer. Ensure that the movement is suitable for the clock face you intend to use.
- Do remote control clock movements require an internet connection? No, remote control clock movements don’t require an internet connection. They typically rely on radio signals or Bluetooth technology to receive time signals for synchronization.
- Can I customize the display of a remote control clock movement? Yes, many remote control clock movements offer customization options such as time format, language settings, or additional information display. Check the features and functionalities of the specific model you choose.
- Are remote control clock movements difficult to install? Installing a remote control clock movement is generally a straightforward process. Follow the provided instructions and gather the necessary tools, and you should be able to install the movement without much difficulty. If you’re unsure, it’s always helpful to consult the user manual or seek assistance from a professional.
- What should I do if my remote control clock movement stops working? If your remote control clock movement stops working, first check the batteries or power source to ensure they are functioning properly. If the issue persists, consult the troubleshooting section in the user manual or reach out to the manufacturer for further assistance.
Meet Aron Crock, a clock hardware expert with seven years of hands-on experience. Aron’s journey into the world of clocks began as a hobby, but his passion soon turned into a profession. He’s known for his deep understanding of clock mechanisms and is highly respected in the field. Aron’s dedication to making clocks tick with precision and his innovative ideas have made him a key player in the industry. He’s committed to pushing the boundaries of clock technology and leaving a lasting impact on the world of timekeeping. Aron Crock is a true clock enthusiast, and his expertise shines through in his work.


The telecommunications revolution is here: Personal communications and unified message systems are at forefront of this technological phenomenon. From 1984’s deregulation of long and local telephone service, the competition has increased and sought every nook or corner of telecom products for both consumers (and businesses). Since that time 15 years ago, when consumers used a fixed phone number to call home, mobile phones and cellular phones have grown exponentially to meet the growing demand for communication anywhere, anytime. Companies that haven’t kept up with the times or adapted to change quickly become obsolete. Iridium is one such example. As the final arbiter in a marketplace, financial muscle has been replaced by quality and depth management and speedy execution. AT&T finally recognized this and brought in an IT-savvy CEO. Iridium, however, did not do the same and paid the price.
TeleSpace has the potential to become the market leader on personal communications and unified messaging. The consumer and business now have telecommunications mobility, with many phone and fax numbers as well as pagers and email. They are looking for simplicity and speed. A single identifier to help them find their business and personal lives and get their communications. They want and need MyLine.
MyLine has been operating for over five years. The company has a loyal but small core of customers. It is easy to use, clean, and elegant. The system features a wide range of features, many of which are crucial and some that are not. MyLine is not as popular because it was designed and advertised like a pocket knife. It was twice as heavy as it needed to be and came with instructions. Instructions for a pocket knife! Before the product was even opened, customers knew that they were in trouble.
MyLine knows what the consumer wants based on internal market research. There are five main target markets. Three of these will be discussed below. The businessman and the consumer who simply wants to receive phone calls regardless of where they are located: At work, at home, in the car, on the plane, or playing golf. MyLine will reach the customer wherever they are on earth. There’s also the Soccer/Sports Mom. She is mobile, but often impossible to reach–except via 800 MyLine, which is free and available 24/7. The military market is both for personal and professional use is very attractive. They are looking for reliable, secure, and confidential communications. MyLine makes it easy to enlist.
The total telecommunications market, which is estimated to be worth well over $200 Billion, is massive. The personal communications and unified messaging sub-industry, with its hundreds of millions of actual/potential users, is difficult to quantify at this stage. Based on the management’s estimates, sales would reach approximately one percent of the market with projected revenues of $40 million for the third-year, at a rate of $5million per month. In order to be the market leader, you would need a 5–10% market share. Management has plans to achieve this in five years.
TeleSpace’s primary corporate objectives are:
- Within five years to become the market leader on personal communications and unified messaging products and/or services.
- To become the lowest priced provider and implement aggressive pricing models throughout the industry.
- To provide the best customer service possible by Year-End Year 1.
MyLine is already the most technologically-superior personal communications system in the world. TeleSpace management will continue to build on MyLine’s technical reputation and brand in order to be the market leader for personal and business communications and unified messaging systems in five years.
1.3 Keys To Success
TeleSpace has three keys to its success:
- Marketing must generate sufficient sales volume for aggressive pricing while still achieving the planned profitability projections.
- It is necessary to find strategic partners who will private label MyLine and help promote it through their distribution channels.
- Equity capital should be secured at a reasonable price.


The risks of internet addiction i've made it a rule of thumb to limit my email communications as much as possible to factual information only technology has become increasingly popular. Changes in technology require changes in communication this is the first of three blog posts inspired by nicco mele’s new book, the end of big twenty-first century communication has changed. Internet communication refers to the number of different ways people can communicate over the world wide web it includes chat rooms, email, instant messaging, forums, social networking sites and voice over ip programs the world wide web, or the internet, is a series of connected networks that.
Ict, or information and communications technology (or technologies), is the infrastructure and components that enable modern computing although there is no single, universal definition of ict, the term is generally accepted to mean all devices, networking components, applications and systems that. Computers, communications, and the internet telecommunication, science and practice of transmitting information by electromagnetic means modern telecommunication centres on the problems involved in transmitting large volumes of information over long distances without damaging loss due to noise and interference. Mashable is a global, multi-platform media and entertainment company powered by its own proprietary technology, mashable is the go-to source for tech, digital culture and entertainment content. It appears that many developing economies may be “leapfrogging” developed economies, combining the growing access to mobile technology with mobile-broadband internet access to improve access to communication and information.
Technology -- and we mean the advances in communication and information technology -- has changed the face and the pace of business as communication and information travels faster and faster, the world seems smaller and smaller, and this has large implications for the way we conduct business. The internet has had a transformative effect on modern business, and that effect continues to evolve as technology changes companies should anticipate where to invest resources to best suit. Technology has advanced to the point where instant communication anywhere in the world is an everyday fact of life there's no question that technology has improved, but also it has had a positive impact on communication as a whole in many ways.
The risks of internet addiction the effect of technology on relationships the risks of internet addiction non-verbal communication, after all, (argued by to some to represent up to 40%. Technology destroys interpersonal communication ipods or what-have-you, most individuals are connected to technology and the internet at all times one way or another it is a byproduct of. A new generation of communications technologies are upon us they are addressing the new way to work that is permeating workplaces worldwide it's what puskar calls a dynamic, cultural shift in. The church's interest in the internet is a particular expression of her longstanding interest in the media of social communication brothers and sisters, and lay leadersteachers, parents, and students” —as well as more advanced training in communications technology, management, ethics, and policy issues for individuals preparing for. Internet safety & appropriate use of communication technologies the internet is an amazing resource that offers our children unlimited opportunities for learning, constructive entertainment and personal growth.
Information technology has being an active participant of our lives for the past thirty years, and has being even more active on recent years with the increasing dependency of the internet to. Work arrangement in which employees work away from a company’s standard workplace, and often communicate with office using communication technology world wide web (www) this is a collection of all linked documents, or pages on millions of computers and spread over the entire internet. The internet and cell phones have infiltrated every cranny of american workplaces, and digital technology has transformed vast numbers of american jobs work done in the most sophisticated scientific enterprises, entirely new technology businesses, the extensive array of knowledge and media. Everything has a positive and negative impact, and the impact of technology on the communication process also comes as a mixed bag in this article, we will discuss the impact of popular technological elements like emails, telephones, cell phones, etc mobiles and the internet are literally basic necessities these days. The benefits — and drawbacks — of online technology “every development in communication from the printing press to the personal the benefits — and drawbacks — of online technology.
•the use of socially interactive technology to communicate with others greatly reduces face-to-face social interaction and sometimes serves as a substitute for face-to-face communication •on average, the more time spent on the internet, the less time spent with friends, family and colleagues in person. Chapter 15 media, technology, and communication we live in a media-saturated world and rely on a variety of old and new media for information, entertainment, and connection the beginnings of mass media and mass communication go back 560 years to the “print revolution” that occurred in europe in the fifteenth century. Technology companies in the us are pushing for better immigration policies so they can hire the best and the brightest from around the world the transformation of the technology sector in the us market resulted in need for software developers, computer and.
Communications, software, and training make ict expensive ict is much more than computers and the internet or even telephony, even though the digital divide and issues of internet governance were much of the focus of wsis. Technology, internet and mass communication the last fifty years have shown an unimaginably exponential increase in invention and innovation of technology since the internet was commercially introduced to the public, new technology is introduced every year that could not have even been imagined by most the year before. The internet carries data back and forth between computer and server, acting much as a telephone line does for traditional phone calls the web is home to the social networks that serve as primary communication tools for people around the world.


Unlike computers and smart phones – most game, media, and smart home devices are not designed to be used on WPA2-Enterprise networks, a common WiFi network standard used by UVM and most other universities. Such devices may not be able to connect to the UVM wireless network. Fortunately, many game and media devices are able to connect to the wired network using an Ethernet cable.
Devices that won’t work on UVM WiFi
Please look for your device below to see if a wired network connection is possible. For instructions connecting to the wired network, see Getting Connected at UVM.
|Amazon Echo/Dot/Spot/Show/Dash Button
|Amazon Fire TV
|Nintendo 2DS/3DS/etc. – any DS model
|Ninetendo Wii U/Switch
|Roku 2/3/Premiere+/4/Ultra – any Roku device with an Ethernet port
|Roku Streaming Stick/Express/Premiere – any Roku device without an Ethernet port
|Smart lights (e.g. Phillips Hue bulbs), smart doorbells, smart home bridges/hubs – smart home devices in general
** AirPlay with an Apple TV will not work unless the connecting device is also connected to the wired network. Password protection is recommended as anyone in the same area of the wired network will be able to see the device.
|These devices DO have Ethernet ports, so they can be registered at go.uvm.edu/playonline and connected to UVM’s wired network using an Ethernet cable. For instructions and more info, see Getting Connected at UVM.
|These devices do not have Ethernet ports but can be used with compatible Ethernet adapters, so they can be connected to UVM’s wired network using an Ethernet cable and a compatible adapter registered on our network. For instructions and more info, see Getting Connected at UVM.
|These devices do not have an Ethernet port and/or are used in a way that would not work correctly on a network shared by large numbers of other users.
Not allowed on campus
The following devices are prohibited from use on campus according to UVM’s Computer, Communication, and Network Technology Acceptable Use Policy.
- Network Switches
- Any Surveillance devices
- Apple Time Capsule
What if my device isn’t listed?
If your device is not listed above and you’re not sure it’ll work on the UVM wireless network, there are a couple things to look for:
- Check the manufacturer’s documentation to see if the device supports 802.1x authentication (WPA2-Enterprise), if it does it should be able to connect to UVM WiFi.
- If it supports WPA2-Enterprise but gives you a list of settings to fill out when trying to connect, check out this article for the correct settings.
- If it doesn’t support WPA2-Enterprise networks, look for an Ethernet port. If it has one you may be able to connect it to the wired network.
- If it doesn’t support WPA2-Enterprise networks AND doesn’t have an Ethernet port, check the manufacturer’s documentation to see if it supports Ethernet connections using an adapter.


CONNECT THE WORKPLACE
With long-standing relationships and interconnection with major Australian carriers, data centres and cloud providers, as well as our own dedicated telecommunications infrastructure, ICNE supports businesses and organisations with the best connectivity as they change, grow and develop. We design, deploy and manage the ideal mix of Internet services to ensure resilient, secure and cost-effective business connectivity.
Because of the world’s increasing connectivity; businesses are able to increase productivity, simplify work, and find new ways to become more efficient. Time is money, any drop in the performance of your internet service results in loss of revenue.
ICNE Internet keeps you connected through a reliable and highly available business network. Take advantage of a high-speed business internet service that meets all your bandwidth requirements. Bring collaboration amongst your staff and utilise hosted application options to enhance business and productivity. Experience customer support, and faster internet speeds that can keep up with your business needs.
Confidently transition your small business to services over the nbn™ access network whilst keeping your business-critical services connected (including broadband, EFTPOS and voice) through SD-WAN and 4G mobile backup capabilities.
With the increasing availability of the nbn™ broadband access network and competition in the telecommunications sector, the phasing out of ISDN and PSTN services, and the introduction of solutions like SD-WAN to optimise connectivity and performance, this is the perfect time to re-evaluate your internet connectivity.
One of the biggest potential benefits for your business will be the migration from costly ISDN and PSTN services to the nbn™, particularly for smaller offices and branch locations. As an accredited advisor of the nbn™, ICNE has extensive experience in migrating organisations to the nbn™. This migration will generate significant savings through the consolidation of connectivity links and the introduction of VoIP or unified communications services.


As expectations rise, banks continually seek new and innovative ways to engage their customers. Customer communications are the face of the brand, and the lack of standardized messaging created a fragmented experience. Ad hoc, single message solutions were time-consuming to build and expensive to maintain. In response, this bank partnered with ICC to develop a one-stop enterprise messaging hub.
The standardized framework was built to create custom communications using universal messaging “building blocks.” Whether the team is building “suspicious activity” texts or a “low balance” email, communications are easy to build because the single portal contains consistent requirements:
Agile development kept deliverables on-time and costs low. Real-time requirements were supported by TIBCO business works and business events, while Maven was utilized for automation and Spring Framework for the Java back-end.
With the framework in place, the bank can quickly deploy standardized communications at a significantly lower implementation and maintenance cost. The solution is enterprise-wide and provides the internal development team with a universal approach to messaging while customers receive consistent communications. In addition to lowering the total cost of ownership, the solution serves as the backbone for enterprise messaging requirements.


ODVA publishes CompoNet specification
The ODVA (formerly the Open DeviceNet Vendors` Association) has published the first edition of its specification for CompoNet – the device-level network designed to provide high-speed communications for large numbers of simple sensors and actuators on small, high-speed machines.
"CompoNet will provide users with a network that is easy to configure and maintain, with comprehensive built-in error detection functions," says ODVA executive director, Katherine Voss. "Whenever large numbers of sensors and actuators are involved, wiring becomes a major cost. CompoNet offers quick and easy installation using a cost-effective flat network cable with pressure-clamping IDC connectors, or round cable."
The cables allow for flexible topologies, including daisy-chain and trunk-line. There is also an option for power (5A at 24V DC) to be carried by the same cable as the signals, and the ability to remove and replace nodes under power.
The Japanese automation industry appears to be particularly keen on CompoNet, with Omron announcing compatible products even before the ODVA published its specification.
"The Japanese market has been longing for a high-speed sensor and actuator network that incorporates advanced configuration and diagnostic capabilities," explains Hiroyuki Usui, who chairs the ODVA’s Japanese group. "CompoNet will meet this need and is expected to gain rapid widespread adoption." He predicts that CompoNet will become the de facto standard for sensor and actuator networks in Japan, where its sibling network, DeviceNet, is already the leading fieldbus technology.


Homes don't typically have TV antennas on their roofs as commonly as they did, as many people prefer the variety of channels and picture quality of cable television or of a satellite dish instead. However, a TV antenna can be used if you don't have cable yet installed in your area or don't want to pay the price for these packages, or if you want to improve the signal quality of high-definition or HDTV. Note a few commonly asked questions about antenna installation for your home if you're thinking of this option.
1. Can an antenna be installed indoors?
If you don't like the unsightly nature of an antenna or if you live in a rented home where you cannot put an antenna on the roof, note that they can be installed indoors. Many TV signals are strong enough to penetrate the wood and other building materials of a home and some antennas are made specifically for indoor use. However, keep in mind that a thick metal roof and metal backing on fiberglass insulation can interfere with the quality of the reception. It may be recommended that you remove certain types of insulation in your attic if you install an antenna indoors, and remember that you still need to point the narrow end of the antenna to the transmitter to the TV station.
2. How far can an antenna be from a transmitter to get a good signal?
In most cases, the terrain between an antenna and a transmitter is going to be a very important factor in the quality of your reception. Antennas will vary in their strength when it comes to distance but when signals need to curve around hills, or if your home is in a valley where signals might not naturally dip and reach, your antenna may not get those signals so readily no matter how close you are to the transmitter. In those cases, you may need to invest in a stronger or more powerful antenna that works harder to get those signals.
3. What is a bow tie antenna?
A bow tie antenna is somewhat self-explanatory; the rods are shaped in two triangles that look like a bow tie, versus rods that are simply horizontal. This triangular shape actually increases the bandwidth of an antenna so that it may more readily pick up signals from the entire UHF band. If you prefer more channels on your TV that are within the UHF listings, a bow tie antenna can be a good investment.Share


Apple’s FaceTime app has a flaw that allows callers to remotely tap into another user’s microphone or camera even if that user hasn’t picked up the call.
The flaw only affects Group FaceTime calls, a feature that launched last year. With the bug, a caller who initiates a group FaceTime call could remotely eavesdrop on the audio or video of another iPhone or iPad user before that user accepts the call.
Apple has deactivated Group FaceTime until this bug has been resolved. Turn off FaceTime by going into your iPhone’s settings, selecting ‘FaceTime’ and toggling the app off.


Sigma Software v1.30.03.100 is out!
Qualcomm Platform Update:
1. Added Direct Unlock / Read Unlock Codes / Repair IMEI features for:
- Huawei U8520 Deuce
- Huawei U8520 Duplex
How to connect the smartphone: power the phone OFF, press and hold "Vol+" and "Power ON" buttons simultaneously.
2. Huawei C8813 added to the list of supported.
3. Fast Direct Unlock / Repair IMEI database was updated with new firmware versions for:
- Blade - FRY_TELENOR_P729TV1.0.0B05
- F233 - P621C1V1.1.0B01
- MF30 -BD_MTSMF30V1.0.0B07
- Amoi WP-S1 - WP-S1_V18.0_ITA / FS V18.0
MTK Platform Update:
Following phones were added to the list of supported:
- UTstarcom CL1135 (MT6223)
- iPro Android Phone I9350 (MT6573)
- Nyx Fly (MT6577)