Manual is in German but complete. I needed this one to fix a long lasting problem with the internal PSU of the camera. Most of the capacitors begin to leak after a few years wich results in the inability to power on the camera. When you try to turn it on the power led flickers and the unit directly turns off. Thanks to this manual I was able to locate all bad cap's and to dis- and reassemble the camera without any problems.
We received the manual in a timely manner and it was exactly what we were expecting.
Text excerpt from page 25 (click to view)
Board- Setting-up (Non-UK version) The only adjustment necessary on the RGB board is the setting-up of the Phase Locked Loop (PLL), a circuit which mutes the audio output in the absence of a valid video signal (i.e. no TV or AV).
Make sure there are no syncs applied to the input of the phase locked loop. This can be acheived by tuning the receiver to an unused channel (ie noise). Monitor II02 pin 5 with a frequency counter set to read kHz to 2 decimal places. First turn RI22 fully clockwise, then turn anti-clockwise to set the frequency between 15.45 kHz and 15.59 kHz, nominally 15.52 kHz. Check MI01 pin 6 is low (0~). Tune the receiver to a valid signal. Check that syncs are applied to the input of the P.L.L. Check that MI01 pin 6 is high (SV).


Crestron are market leaders in control systems for the Commercial and Residential markets. They have a huge product range offering the most simple to the most advance controlled solution that covers full automation, media delivery, lighting, heating, intercom and basically any other device that can be controlled. Touch panels are vivid and well made with internal sound and microphone for intercom solutions like door and gate entry. We design our systems so you can control a whole property from any Wi-Fi or in wall touch panel meaning you can select your media and room settings, view your Cameras and gate entry from any part of the property.
If you can imagine with a conventional build your walls soon get filled with wall panels controlling lights, heating, gate entry, CCTV, Aircon, security, curtains and blinds etc, not only being a congested look but also adding to the cost, that can offset the cost for a Crestron Central Management Solution.
We have over 15 years of product and programming experience with Crestron and have demonstration equipment so we can show you examples of the range either at your location or at a demonstration site. We have our own in house programmers so changes can be made immediately, we can also arrange offsite changes via the Internet if we have specified and configured the system. Another great feature is you can control you home over the internet via password so where ever you are with internet access you can logon control your home and view your CCTV.
iPhone’s, and Laptops can now be used for control of your Crestron system via web based control
With Crestron products you know that you will have a superior system that is programmed to your exacting specifications.
Got a project, need advice or just want to say hello? Get in touch


I do not understand why the “tunnel” metaphor is used to describe a networking tunnel.
At first, I thought the reason was because the data was sent in an encrypted form so that an eavesdropper would not be able to see the data (seeing the data wrapped in a tunnel instead).
But what of the tunneling protocols that do not use encryption? Why are they also called “tunnels”?
In the case of roads, a real world tunnel is a constructed passage that allows you to pass directly from point A to point B instead of taking a route that is longer and/or has more things to slow you down. Examples include tunnels through mountains that you might otherwise have to go around, underpasses that let you get to the other side of the road without walking across it, and subway tunnels that let trains move around a city without the need to contend with roads and buildings.
In each of these cases, a tunnel provides a direct path that avoids some type of complexity you would otherwise have to deal with. In networking, it is used in the same way.
An IPv4 over IPv6 tunnel allows IPv4 to pass through an IPv6 network into another IPv4 network, something that would otherwise not be possible without the originating computer understanding the IPv6 network.
A VPN is a tunnel specifically intended for connecting two private networks without the overhead of translating the IP addresses between private and public addresses at each end.
An example that combines the two is game VPN software like Hamachi that could be used to play “over the Internet” games which used old protocols like IPX or relied on local discovery to find other players.
Why is a network tunnel called a “tunnel”?
The phrase was first used (as far as I can tell) in the RFC 1075 Distance Vector Multicast Routing Protocol, where it is defined as follows:
Source: Networking 101 – Understanding Tunneling


SERVICES: R&D on demand
Innovations need smart workspaces. BIVROST R&D Center is designed to run high-tech projects using the advanced and professional equipment. By having access to CNC centers, 3D printers, electronic lab, assembly areas and photo studio we can design and prototype the most innovative products on the market. BIVROST engineering team has extensive experience in the fields of AR/VR software development, hardware design and prototyping, production engineering, image processing, software development with a background in a new technology industry, 360° video content creation, product design and construction. Thanks to cooperation with Intel, Aaeon and Pixelink companies we bring projects to life delivering unique technological solutions to the video production market.
VR / AR / MR software development
We provide an innovative app based on XR technologies dedicated for HoloLens, Oculus Rift, HTC Vive, mobile VR goggles and 360 video platforms.
- holoExpo – AR apps dedicated for the events and automotive industries with HoloLens,
- 360 video rendering engines for mobile, desktops and web,
- VR video live streaming system for media platforms and full domes,
- Live stitching and video mixing software,
- Custom software based on modern technologies like: .Net, WPF, DirectX, Unity game engine, Intel Media SDK, UWP, AVXHardware design
From conceptual analysis to prototyping. Our team is ready to design and create hardware in the fields of video production, VR video, 180/360 live streaming, image processing and more!
- VR cameras
- 3D cameras and rigs
- Camera arrays and rigging systems (180/360 degree)
- Image processing units
- Video mixers and streaming management tools
- Mounting systems
- Stabilizers and video sliders
- Volumetric video capture systems
Don’t worry about VR hardware integration to your current video workflow. We are here to support you in your video projects.
- Integration with video systems in concert halls, stadiums, conference facilities and full domes
- TV media streaming integration to existing studio hardware
- OB Van installation
- Adapting video hardware and combining it with security and defense industry’s specifications
- Customization for medicine criteria
Give your customers an easy way to manage cameras through a single device. We have extensive experience in microcontrollers programming and multi-camera management.
- Professional and sports cameras integration
- Wireless connection
- Monitoring and set-up options
- Remote management through the mobile app


Shares of satellite communications company Iridium Communications (NASDAQ: IRDM) jumped as much as 16.4% on Friday, following the announcement of a partnership between Iridium and in-flight broadband connectivity and wireless entertainment services company Gogo (NASDAQ: GOGO). At the time of this writing, Iridium stock is up 11.3% on Friday.
The partnership, which consisted of Gogo and Iridium partnering to deliver “best-in-class aircraft connectivity,” helped validate the appeal of Iridium Certus aviation terminals, which Gogo will manufacturer and use for its new L-band broadband service for business aviation.
Iridium investors may like the partnership since Gogo’s business aviation connectivity platforms and services are “found in virtually every size and type of business aircraft flying globally,” according to Iridium’s press release about the partnership.
“Now, as a [value-added manufacturer] and service provider for Iridium Certus, Gogo will be able to offer higher-speed data rates for business aircraft operating anywhere in the world,” said Gogo’s vice president of business and product development for its Gogo Business Aviation division.
Gogo’s Iridium Certus service is delivered through the growing Iridium NEXT low-earth-orbit satellite constellation.
The partnership showcases Iridium’s next-generation constellation of Iridium NEXT satellites, which management says is a $3 billion network. So far, Iridium has deployed 55 of these new satellites in six successful spacecraft launches, but Iridium plans to deploy 20 more satellites into the constellation during 2018.
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The company was founded in 1928 by Georg Neumann to supply microphones to the German national broadcasting organization. In 1943, it moved from Berlin to a village south of Leipzig where work could continue, uninterrupted by Allied bombing. The company was known throughout the world for precision condenser microphones for studio and measurement applications, phonograph record cutting lathes and other studio equipment. After the war, most functions of the Neumann company moved back to West Berlin, but a few key people stayed in Gefell, and that section of the company remained there through forty years of East German government. The measurement microphones made in Gefell were adopted throughout eastern Europe and the USSR. Since the Berlin wall came down, the products of the Gefell factory are once again available in the world market and since 1991 Josephson Engineering has brought Gefell's unique measurement microphones to North America.
A unique feature of the 1/2" and 1" MTG microphones is their built-in calibration electrode, which is integrated into the protection grid on the front of the microphone. Now a complete electrostatic frequency response calibration can be done using only a small DC power supply and signal generator, no special chamber or spacers are required. A range of capsules from 1/4 inch to 1 inch, and with different sensitivity and damping options are available. The larger capsules are more sensitive, allowing measurements to be made at lower sound levels. The smaller capsules provide less output, but have uniform response to higher frequencies, up to 40 kHz for half-inch and 100 kHz for quarter-inch capsules.
The diaphragm of Gefell instrumentation mics is made of pure nickel grown in their own lab, and is galvanically attached to its support ring of the same material. The process is effectively a chemical weld entirely made of nickel, where the molecular structure continues from the diaphragm through the bond area and into the support ring. The diaphragm assembly is stretched over a circular ridge in the outer housing and conditioned to assume the correct resonance frequency, which is stable over a wide range of temperature. The backplate is secured on a quartz disk which provides insulation and precise positioning. A tiny capillary passage is provided to allow pressure inside and outside the capsule to equalize, so that performance is the same at any altitude or air pressure. The capsule is operated with a 200 volt DC polarization bias applied to the backplate.
One Inch Measurement Microphones
MK102/103 For measurements in quiet environments, the Microtech Gefell one inch capsules provide optimum performance. With an output of 50 mV/Pa, the useful sound pressure range is at least 16 dB to 146 dB (A) SPL. The noise floor of these mics with the MV203 preamp is an extremely low 11 dB SPL, A-weighted. The two types differ only in the details of the pressure equalization vent, which controls the low frequency rolloff. The MK102 uses a side vent and has flat response down to 10 Hz, while the MK103 uses a rear vent adjusted for flat response to below 2 Hz. Both types have flat response up to at least 18 kHz in free field conditions.
The basic half-inch capsule type is the MK202, with flat freefield response between 10 Hz and 40 kHz, and an output of 14 mV/Pa. With the MV203 preamp, the MK202 covers an operating range of 24 to 158 dB SPL (noise floor plus 5 dB, to overload point) while the MK221 has flat response from below 3.5 Hz to above 20 kHz, and a sensitivity of 50 mV/Pa. This additional sensitivity allows an IEC operating range of 20 to 146 dB SPL, as the complete microphone then has an equivalent noise floor around 15 dBA. A special version of this type, the MK222, extends the low frequency limit to below 0.5 Hz for measurements in the infrasonic range. Finally, the MK231 provides flat response from 3.5 Hz to 8 kHz in pressure and diffuse field conditions. Pressure/diffuse microphones are used where the response to sound must have an average frequency response that is flat for sounds arriving from all directions. The response toward the front of the microphone shows some high frequency boost in order to achieve this characteristic.
Quarter Inch Measurement Microphones
For the ultimate in resolution of high frequency sounds, impulse measurements and acoustic modeling, the MK301 1/4" capsule provides flat response from 5 Hz to above 100 kHz, and allows linear operation up to 168 dB SPL. It may be used with an adapter on the standard 1/2" preamplifier, or with a special 1/4" preamp, the MV302.
When budgets require precise sound measurements at lower cost, the Microtech Gefell MK360 constant-current-powered measurement microphones are the ideal choice. They are self-polarized and offer flat frequency response from 20 Hz to 20 kHz within 2 dB. They are powered by IEEE 1451.4-compatible instrumentation systems from a variety of makers and meet the requirements for IEC 61672 "Class 1" sound level meters. Each microphone comes with a traceable calibration curve.
Measurement Microphone Preamplifiers
Condenser measurement microphones are used together with preamplifiers that convert the very high microphone output impedance to a level that will drive the measuring equipment being used. Circuitry is assembled with individually laser-trimmed microcomponents bonded to a stable ceramic hybrid substrate. The MV203 is equipped with threads for use with any MTG or other standard 1/2" capsule. Adapters are available for use with 1" and 1/4" capsules. The A-weighted noise level with a typical 1/2" capsule is less than 2.5 µV, equivalent to 9 dB(A) with the high output 1/2" capsules, or 19 dB(A) with the low output 1/2" capsules. The increased capacitance of the 1" capsule reduces the noise level to 1.3 µV, or about 3 dB(A). The output stage is a push-pull type for best linearity, with an output impedance of 80 ohms. This allows long cables to be driven at full output. The MV203 also includes a heater which allows the continuous use of rear-vented capsules in very high humidity conditions. For applications where minimum acoustic shadowing is important, the MV301 1/4" preamp is available. Specifications are identical except that the noise level is typically 6 dB higher (about 5 µV A-weighted) due to the lower capacitance of the 1/4" capsule. Both preamps operate on 120V DC and provide unity voltage gain from 1 Hz to 1 MHz ±0.5 dB, at levels up to 33V rms without distortion. These specifications essentially insure that the circuitry has no effect on the measurement over a dynamic range of more than 140 dB. Permanently attached superflexible cables terminating in standard Lemo connectors are provided.
A wide range of accessories is available for MTG microphones.
The Microtech Gefell measurement microphone preamplifers require 120 V DC power and 200 V DC polarization voltage for the capsules. The MN900 power supply provides low noise, tightly regulated power for two microphones at these voltages and also powers the MV203 heater. Other specialized supplies are available for arrays and outdoor microphones.
Frequency response measurements of microphones are ideally made in a large anechoic chamber with a servo-controlled sound generator. Condenser mics may also be calibrated by placing them in a controlled electrostatic sound field which drives motion of the diaphragm. Generally this involves removing the protection grid, so that it is impossible to measure the grid's effect on the frequency response, which is substantial at higher frequencies. Microtech Gefell 1" and 1/2" microphones are unique in having a built-in calibration electrode integrated into the front surface of the protection grid. With a 400 V DC power supply and a 30 volt AC signal coupled to this grid, complete pressure response measurements can be made. A simple wire lead may be used, or the preamp and microphone can be installed in the EMK1 measurement chamber, which is made of heavy metal and filled with felt to attenuate external noise by about 40 dB. The EMK1 can be used with the MV203 or other standard half-inch preamps, and includes a spring-loaded gold pin which makes contact with the calibration electrode.
Cables and Connectors
Mating Lemo connectors and extension cables, C88.1 10 meters long and C88.2 20 meters long, are available for use with the MG measurement microphone preamplifiers. Special flat cables and weatherproof enclosures are also available.


All paid plans come with the option to enable IP authentication. This allows SMTP connections from a given IP address without requiring authentication. Any SMTP connections from a configured IP address will automatically log in as this user. IP authentication is supported on ports 25, 2525, and 587.
To enable IP authentication, navigate to your Account tab and select IP Authentication. From there, click on the +New IP button. A window will open up to enter the IP address you will be connecting from and add an optional description for that IP.
Do you not know what your IP address is? Simply use the marker icon to the right to autodetect your current IP address.


Electrical Ground Fault Locating
We are your Underground Electrical Fault Locating Specialists.
Give us a call in your area… we can help.
Electrical ground fault applications may include:
- Parking lot lighting that may not be working properly
- LV lighting that may not be working properly
- Outbuilding power that may not be working properly
- Many other unknown reasons for power shortages to outside utilities that
may involve an underground electrical wire short Why replace or dig up the entire line? Give us a call to locate the fault so that a simple and cost-effective repair solution can be applied!
Electricians and Electrical Contractors……give us a call for pricing and support to your business projects!
RD7000TL+ Telecom Industry
High impedance sheathed telecoms cables make location a real challenge. With a range of locate frequencies extending up to 200 kHz and fault-finding capabilities, the RD7000TL+ has been designed to address the needs of users tasked with locating and maintaining such cables.
A buried electric wire with a short is much like locating a hidden water leak. If you are in need of accurately locating such a problem to apply a simple repair, give us a call.
Aluminum Hydroxide and copper Sulfate are both insulators. When moisture comes into contact with aluminum or copper, this oxide forms. What was a low impedance fault can become a very large resistance. This resistance allows a leakage path to earth, and a low voltage can result on the line because current is going to ground. See arrow in above picture.
Proof testing each direction on the wire or cable can also be done once the fault is exposed. If additional faults are present, these can be located while on site.
Freely call If you have questions or need an electrical fault located.
Simply Leak Detection
253.886.1400 – Direct


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We specialize in designing and building rugged and reliable power, communications and surveillance trailers that are field proven and purpose-built for the most challenging off-grid industrial locations.
We design and build fully customizable Integrated Power Systems using solar, wind and fuel cell technology providing a complete solution to your remote power, communications, security and technology needs.
We offer propane, natural gas and methanol fuel cells which can be fully integrated into enclosures, shelters or existing site infrastructure. These systems deliver long autonomous, clean, reliable power in even the most remote locations.
We are committed to public safety and aim to be the single source for all of your network cameras, whether it’s a fully integrated surveillance system or simple camera purchase, we are dedicated to offering low prices and unparalleled customer service.


PROJECT & CLIENT SURVEILLANCE PORTFOLIO
North American Surveillance Systems
NASS Project Experience
North American Surveillance Systems has a long-standing reputation for providing expert consulting, design and installation services to all segments of the global surveillance market.
NASS’ engineering and technology teams have the expertise in custom installation and product design innovation plus the ability to provide single source surveillance solutions to qualify for challenging military, police, public safety and broadcast contracts.
With many successful projects completed worldwide, NASS continues to lead the industry with its experience in rotary and fixed wing modification.
This includes aircraft from all aviation sectors such as, but not limited to:
- Cessna 208
- Bell 212
- Sea King
NASS Clients Include:
United Arab Emirates (UAE) Special Operations Command
NASS modified six Cessna Grand Caravans by installing Blue Sky Network satellite tracking and communications systems. Custom mounting hardware was designed, manufactured and installed for interior and exterior components. Custom cable kits were prefabricated, installed and integrated into the aircraft ICS system. A cockpit and interior NVIS conversion and exterior covert lighting was completed on a UAE Special Operations Command Grand Caravan (C208).
Colombian Armed Forces
NASS installed a multi-sensor imaging system on a Cessna Grand Caravan which included a NASS-designed camera side mount and quick disconnect.
A custom mission console was designed and fabricated to accommodate the electronic equipment. A cockpit monitor was installed on a custom designed mounting bracket.
U.S. Department of State
NASS completed three aircraft installations which included multi-sensor imaging systems on NASS retractable mounts. The mounts retract the imaging system into the cargo pod for take-off, landing and covert flights. The entire installation was completed under FAA Supplemental Type Certificate. An upgraded generator was installed on each aircraft.
Northrop Grumman Corporation
NASS installed an airborne multi-sensor surveillance system in a retractable mount on a Cessna Grand Caravan. The installation was STC approved. NASS also installed an upgraded generator and a custom designed mission console.
Aviation Specialties Unlimited
NASS installed an airborne surveillance system and associated equipment including a microwave downlink system, digital recorder and LCD monitors. A mission console was designed and fabricated to accommodate mission specific equipment.
Royal Thai Army
NASS installed a full multi-sensor imaging system, moving map and microwave downlink on a Bell 212 helicopter on site in Thailand. This system required the custom design of both the equipment rack and tail mount for the TROLL pod microwave antenna. Additional equipment was provided for a mobile receive vehicle, tower mount diversity receiver and handheld microwave receiver. The cockpit of the Bell 212 was converted to NVIS capability. NASS also provided full training sessions on the use of the multi-imager, moving map system and microwave downlink.
AIRBORNE SERVICE CAPABILITIES
AIRBORNE PRODUCTS & SERVICES
- Thermal Imaging Systems
- STC Aircraft Camera Mounts
- Camera Maintenance Stands
- Aircraft NVIS Conversions
- LCD Monitors
- Microwave Downlink Systems
- Electronic Equipment Racks
- Electronic News Gathering


Sound that pinpoints your subject
Your camera or camcorder's built-in microphone can struggle to pick up clear dialogue and foreground sounds. This high quality 'shotgun' type mic focuses on sounds in a narrrow region in front of the camera.
Enjoy rich, smooth sound quality with an extended frequency response, low noise and wide dynamic range.
More audio, less noise
Enjoy far better results than your camera or camcorder's built-in microphone. The mounting isolator cuts distracting mechanical noise from the camera and lens. There's also a supplied windshield that reduces noise in gusty conditions outdoors.
The microphone attaches directly to your camcorder's accessory shoe. It's also supplied with a shoe adaptor that gives compatibility with all DSLR and SLT cameras by Sony.
High-quality 'shotgun' type microphone for cameras and camcorders with Mic Input jack
Pro-quality sound with smooth, extended frequency response, low noise and wide dynamic range
Highly directional (super cardioid) response picks up dialogue and sounds from narrow region directly in front of the camera
Supplied spacer and shock mount holder reduces operating noise from camcorder
Powered via AA alkaline battery or plug-in power
Supplied windshield reduces wind noise
LF cut mode reduces low frequencies for clearer, more intelligible speech
Mounts on camcorder accessory shoe: supplied with shoe adaptor for DSLR and SLT cameras


Reliable WiFi installation and management for home and business
Managed WiFi Solutions
Wireless networks needn’t be complicated. Business and enterprise-grade WiFi is more affordable than you realise.
Our managed solution includes a cloud controller that links all of your access points, allowing your devices to roam between areas without needing to switch networks or reconnect. Explore a range of equipment to suit all budgets including small throughput and large throughput access points, wireless links between buildings and managed switches.
Key Benefits of Managed WiFi
What does the Cloud Controller do?
Your wireless hardware will be fully provisioned to our Cloud Controller combining enterprise performance, unlimited scalability and email alerting of faults and problems.
The controller supports multiple networks / SSID allowing segregated user and guest access. Full management features allow bandwidth to be limited (or unlimited) for certain users, devices, or entire networks. All users can roam between access points without the need to disconnect and reconnect to the nearest hotspot – a common problem in unmanaged environments.
The controller also supports hotspot functionality, turning your WiFi into a revenue stream or, perhaps more importantly, simply to provide a registration portal so you know who is using your network. Divert new users to a custom landing page or allow them to browse without intervention. The choice is yours!
Concordant Technology can use the controller to monitor your WiFi network and remotely manage multiple devices across multiple sites, with alerts sent by the system should any faults arise.
Home Office Installations
The aftermath of the Covid pandemic sees many of us working from home at least some of the time.
We can assess and improve on your existing IT setup or be involved from the start and help you to create the perfect office.
If you’re looking at a complete refit or an extension, we partner with local tradesmen or if it’s part of an even bigger project we’ll work with your builders and take care of the IT requirements.
Call us today: 01438 553211
Please contact us for further information on any of our services, or to book a computer repair.
If you’d prefer to email us, please use our enquiry form. We look forward to working with you.


How to Create a Wiring Diagram for Cat6
The wiring diagram for Cat6 is a must-know tool for anyone who is considering installing or replacing Cat6 cables. With the increasing demand for faster data transfer speeds, Cat6 cables are becoming the preferred choice for many home and business networks. It is important to understand the wiring diagrams for Cat6 in order to ensure a successful installation and optimal performance. This article will explain how to create a wiring diagram for Cat6 and how it can help you get the most out of your network.
Cat6 cables offer several advantages over their predecessors, such as higher bandwidth and improved noise immunity. When it comes to installing Cat6 cables, however, it is essential to understand how the wires must be connected and how the cables should be arranged. A wiring diagram for Cat6 will provide a detailed explanation of the steps that need to be taken in order to correctly install the cables. This includes the types of cables to use and the specific configurations for each connection.
Steps to Create Wiring Diagram for Cat6
Creating a wiring diagram for Cat6 is not a difficult task. Here are some steps to follow:
- Gather the necessary materials. This includes the Cat6 cables, crimping tools, and a punch down tool.
- Lay out the cables in the desired configuration and determine which wires need to be connected.
- Label each wire according to the industry standard.1
- Use the punch down tool to correctly connect each wire at the termination point.
- Check the connections by testing each cable with a cable tester.
Benefits of Using a Wiring Diagram for Cat6
Using a wiring diagram for Cat6 helps to ensure that the cables are installed correctly. These diagrams provide clear instructions regarding the correct way to arrange the cables and to connect them. This eliminates any guesswork and minimizes the chances of making a mistake. Additionally, a wiring diagram for Cat6 allows you to quickly identify any problems that may arise during the installation process. This can help to save time and money, as well as reduce the risk of damage to the cables.
Creating a wiring diagram for Cat6 is an essential step for anyone who wants to install Cat6 cables. This diagram provides clear instructions on how to properly arrange the cables and how to connect them. Additionally, this diagram can help to quickly identify any problems that may arise during the installation process. By taking the time to understand how to create a wiring diagram for Cat6, you will be able to get the most out of your Cat6 cables.
1 For example, T568A and T568B are the two industry standards for Cat6 wiring.
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Since 2002, M2M Forum is the leading Italian tradeshow dedicated to the world of communication between machines.
The synergy between Telecommunication and Information Technology finds new strenght in M2M world.
The increase of wireless technologies’ use and the evolution of the machine to machine’s modules reinforce and favour the meeting between the industrial automation world and the mobile economy’s one.
At 16,30 p.m. will be a conference on “The synergy between Telecommunication and Information Technology and privacy” .
I will be a participant at the round table.
The participation to M2M Forum 2011 is free after registration.Fulvio Sarzana
Studio Legale Roma Sarzana & Associati
Articolo disponibile anche in lingua: Italian


Hiring remote workers, whether domestically or internationally, has its advantages.
According to Erik Archer Smith, the biggest challenge of having remote workers is making sure they remain connected—in every sense of the word —to other employees and managers.
Remote workers are often those with a specific skill set required to do a particular job who might not be available to work in-house.
Hiring remote workers can also save the organization money when it comes to paying for salaries and office space.
Smith, is the corporate evangelist for 8X8, a VoIP company, can sometimes reduce the salary of remote workers, depending on their location and it’s cost-of-living.
Bottom line, many employees want to work at home—in fact according to Smith, 36% of people would rather work remotely than get a raise, and a similar amount of folks would opt for a pay decrease of 10% if it meant they could work from home.
Smith does put in a caveat, high remote worker turnover is par for the course and sometimes it takes more energy to retain remote employees than their in-house counterparts.
He points out remote employees are prone to lacking the buy-in that automatically comes with being in an office environment every day.
They also often miss out on high-quality technology available at your organization’s headquarters.
According to Smith, this presents a great opportunity to use technology to the company’s advantage.
He argues “doing so can help to eliminate remote worker turnover while reaping the benefits remote employees bring to the table.”
Smith offer a few technologies small businesses should leverage when helping your remote workers not only work more efficiently, but remain motivated to continue working for your company.
- Host The Company’s Business Data and Applications in the Cloud for Secure Storage and Access. Cloud storage lets the company host everything you’d normally store on a company server in a central, secure location. Cloud storage is vital for remote workers who need to access documents and files. Making access to these items available to remote workers makes their life—and managers’ lives—easier.
- Use Voice over IP (VoIP) to Make Phone Calls Over the Internet. Cloud-based business VoIP phone service allows employees to extension dial each other just as if they were in the same building, even if they are located on opposite ends of the country. VoIP also enables video calls and chat features, allowing remote workers to have face-to-face and on-the-fly conversations from their own home office. Other cloud-based communication technologies like web conferencing allow document collaboration and multi-point video conferencing between in office and remote employees
- Smartphones and Tablets Help Get the Job Done. The company’s remote employees should no longer feel limited to desktop or laptop computers. While it is important that these technologies are functioning at the highest level, it’s equally important that remote workers are equipped with smartphones or tablets. With the slew of web-based applications and mobile apps accessible from smartphones and tablets, remote workers can use these devices to get their job done from anywhere at any time.
It takes technologies like cloud storage, VoIP and mobile apps to spur this connection. Help the company’s workers stay linked no matter where they’re working and it is possible to lessen remote worker turnover while increasing employee productivity and satisfaction.


A few weeks ago we grew tired of the glitchy and intermittent performance of the Netgear Ethernet over Power device that was feeding the Internet goodness from one side of our townhouse to the other.
It was time to try something new.
Well along came the DLink DAP-1513 purporting to offer all the speed ports and convenience to make our WDTV Live, Foxtel, Xbox360 and DVD Player all network connected in the blink of a hat.
Maybe I should have twigged when the DLink website didn’t show a firmware update, and the product harked back to 2011, but no, I figured it’s a simple device with a simple premise.
And for $66 from MSY how could I go wrong?
Quite a bit is the answer. From the first moment the DAP-1513 fought the good fight. I plugged my MacBook Pro into it and waited for an IP number to be assigned so I could access the configuration pages.
No, guess what, not DHCP service out-of-the-box. Time to read up and set the IP on the MacBook to match the defaults of the DAP-1513. Ahh that’s better “we’re in”.
It was immediately obvious that user interface design didn’t really feature on this products radar. The clunky interface had me stumbling about trying to connect to the 2.4 & 5GHz networks in the house, eventually we achieved a working connection to the 2.4GHz 802.11N network and with another restart I was connected to the house LAN, and the greater Internet beyond.
The performance was pretty good, not stellar, but pretty good.
It was only after plugging the DAP-1513 into it’s final home in the media cabinet that it’s evils came to light.
I had tried streaming a 720p MKV video via the WDTV and it started playing, even the FF/RW functions worked better than with the defunct Netgear Ethernet over Power setup. So we settled in to catch up on some viewing.
Then it stopped.
The lights went out, well not all the lights, just the important one. The WiFi link LED. It didn’t come back either.
What ensued was a two day (on and off) ordeal of changing settings, moving devices and generally working out that in our home it’d run for 10 minutes before dropping out.
Only a disconnect from power (aka a hard reset) would restore the connection. Unfortunately watching things in 10 minute chunks is never going to fly in this household.
The final nail was when the MacBook Pro could stream video via WiFi to a location right next to the DAP-1513, it was rock solid, sure we knew that already, but it’s what made it very clear. The DAP-1513 for all the promise was either faulty or useless.
I gave it the benefit of the doubt and returned to MSY to debate over refunds or replacements.
In the mean time a spare 20m cable was tacked down the stairs and across two door ways to give us what we wanted, seamless data flows.
I quickly stuck a spare Western Digital MyNet N900 on the end and boosted the effectiveness of the household wireless as well. Now we have brilliant WiFi speed, flawless streaming and no stutters pauses and disruptions.
Thanks DLink for building a device to remind us all just how little hassle it is to drop cable across our homes and not spend money on poorly supported products.


A computer network is a bunch of computing devices which have been connected mutually to share facts. It is an essential program in nowadays business world and there is not any industry that may survive with no well-designed laptop network.
A nearby area network (LAN) can be described as type of pc network that connects personal computers in a particular location. This is often an office, a school, or even a residence.
LANs generally use bundle switching. This really is a technique used to send data over the Internet by simply breaking it up into little packets. The packets afterward go through intermediary routers and switches and tend to be processed individually from one another. This makes it possible for the Internet to take care of https://boardroomco.net/how-to-type-on-a-pdf/ plenty of traffic with little interruption.
The Internet, the industry global system of interconnected networks that uses the network technologies of your Internet Process Suite, is just about the largest example of computer networking. It is a major source of communication in many areas and it provides usage of the World Wide Web, digital video, digital audio tracks, shared program and storage space servers, printers, and fernkopie machines.
The web has a various different types of sites, including bus, hoop, mesh, and tree. Each one of these topologies comes with its pros and cons. In order to correctly manage a computer network, it is necessary to know the differences between these types of networks and exactly how they function. In addition, it is important to comprehend how to maintain appropriate connectivity between all the regions of a network.


Universal Data's Video Conferencing is ideal for All organisations that want to quickly and easily interact with staff and customers in a variety of methods (face-to-face, voice, resource collaboration) and in varying situations (one-on-one, groups, conferences and training broadcasts).
Technology has taken great leaps forward in the past decade. Distance is no longer a restraint on the ability to quickly and seamlessly trade and interact. Traditionally, business employees have lost so much time and productivity through the need to travel to meetings, conferences and branch locations.
Universal Data can make significant impacts on organisational time management and resource utilisation by implementing state-of-the-art video conferencing solutions.
Agreed, sometimes direct face-to-face contact is essential, but the majority of corporate interaction can be adequately accommodated for using the latest in remote communication platforms. With real time performance, high definition quality, and easy to use systems, video conferencing represents an honest solution to eliminating unnecessary travel expenditure, lost time and productivity.
And, in addition to the immediate internal cost and time saving, a fully managed video conferencing platform can greatly improve your organisation’s market reach by:
- Allowing you to operate in remote and global markets
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Some of our key connectivity solutions include:
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"Given the uncertainty this creates around Huawei's supply chain, the U.K. can no longer be confident it will be able to guarantee the security of future Huawei 5G equipment," Dowden said. The ban on Huawei equipment is expected to delay 5G rollout in the U.K. by at least two years, and add up to two billion pounds to the cost of the new network, he added.
The government said it acted on the advice of the NCSC in banning Huawei, but acknowledged that the decision would set 5G roll-out throughout the country back by two to three years. They estimated this would increase costs by up to £2 billion, as opposed to the £18.2 billion suggested in this latest report.
In his speech to the Commons yesterday, culture secretary Oliver Dowden warned that the decision to ban Huawei would have a financial cost for the UK's network operators and further delay the nationwide rollout of 5G.
"In addition, requiring operators to remove Huawei equipment from their 5G networks by 2027 will add further hundreds of millions of pounds to the cost and will further delay the rollout. That means a cumulative delay to 5G rollout of two to three years, and costs of up to £2bn. That will have real consequences for the connections on which all our constituents rely."
A Huawei spokesperson said: Political decisions have not only had a real impact on our UK business, the people we employ, and our customers, they will delay the 5G roll-out and put Britain into the digital slow lane.
The National Security Council's decision "will delay our rollout of 5G," Dowden said, adding the government estimates a delay of two-to-three years to 5G rollout plans, and additional costs of at least £2 billion.
"The [UK} government in January decided that we could participate in the rollout of 5G. That was a decision based on evidence and it was a good decision that will ensure the UK gets advanced technology. Connectivity has gone from being kind of a commodity that we all tried to get for the lowest possible costs to something that's actually really important.
Following this road, however, will lead to consequences for businesses across the country, including potentially lost revenues and delays to vital networking upgrades in rural areas. Telecoms companies, for example, may need to re-examine and re-organise their supply chains, while the wider economy may suffer a long-term productivity dip.
The most obvious consequences of the Huawei ban is a delay to the rollout of 5G across the UK, as well as a measured cost to the British economy. Indeed, most telecoms companies have relied on Huawei networking equipment to some extent, either in part or in whole, and may need time to procure the necessary technology from alternative sources.
The exclusion of Huawei would be dramatic for Europe in terms of long-term, net economic welfare losses. Restricting competition generally leads to higher prices. Thus, hindering a major player from competing in the 5G network, and as a consequence limiting competition, would result in higher investment costs, delaying 5G rollout. This, in turn, will result in slower technological growth and innovation, lower household incomes and a slower recovery from the anticipated recession.
However, the recession associated with the coronavirus pandemic will delay its rollout, jeopardizing the extent to which these opportunities can be realized. Slower economic growth and increased uncertainty have led to telecommunications operators scaling back their investments - an action that will inevitably delay the rollout of 5G.
Canadian telecom companies spent more than $700 million on Huawei equipment while the Liberal government delayed a decision on banning the Chinese company on national security grounds, Global News has learned.
Verizon last week settled a year-long legal battle with Doylestown, Pennsylvania over the installation of 5G hardware. The company and its infrastructure partner agreed to cut down on the number of small cells they will erect, delay installations by several months, hide small cells, and share revenues with the town.
This notwithstanding, each Member State must take its own decisions, although the US has warned that if any country uses Huawei in its 5G network, it will not share "sensitive data" with that country. In January, the British Prime Minister announced that Huawei was a high-risk provider and capped its share of the market in 5G networks at 35%. Several months later, the UK toughened its position and announced a general ban on the Chinese technology. As from January 1, 2021, it will no longer be possible to purchase Huawei equipment and those that are operational will have to be changed before 2027. France too has just announced that it will be restricting the use of equipment by the Chinese manufacturer in the rollout of mobile networks that use 5G technology.
As to auctions, several European countries such as Holland, Austria, Portugal or France have indicated over the last few weeks that they will be resuming the procedures to establish the bases or will start auctioning some spectrum licenses of 5G networks that had been suspended because of the pandemic. In Spain, the Vice President Nadia Calviño recently announced that due to the pandemic, it has not been possible to release frequencies occupied by television channels in the 700MHz band (known as the second digital dividend) within the timeframe established, which has caused a delay in the auction of that band of frequencies until the beginning of 2021. The reorganization of the radio spectrum is a consequence of Decision 2017/899 of European Parliament and of the Council, which had to be implemented by June 30. The frequencies of the second digital dividend will be used for the rollout of 5G networks in Spain (for further information on frequencies harmonized in Europe for 5G, you can access the National 5G Plan here).
China has resumed its massive rollout of 5G networks throughout the country, now that it considers that coronavirus is under control. According to GSMA estimates, in 2025 5G penetration will be 50% of the total connections in China, as well as in Japan, South Korea and the US, whereas in the case of Europe, the figure drops to 30%.
He said that there's no reason to believe that banning one vendor would cause a massive industry slowdown, providing everyone takes a multi-vendor approach. If a nation or an organisation chooses to build with one vendor only, then it will affect them, but not the industry as a whole.
British mobile network operators such as Three and Vodafone, both of which have committed to 2019 5G launch dates, have said in the past months that banning Huawei equipment could delay 5G rollout in the country; Three's David Dyson told the BBC that it could be delayed by as much as 18 months.
In May 2019, the US sent a delegation to the UK and tried to convince the British government to not use Huawei for their 5G rollout. Lord Darroch, who previously was Britain's national security advisor and later the UK's ambassador in the US after 2016, said that the US delegation had failed to give any "compelling technical arguments" that undermined the GCHQ's conclusion. Darroch said that the encounter with the US delegation, exposed that the US case was "really political, not technical". However Trump later introduced further sanctions in May 2020 in which Huawei was no longer allowed to use US-made chips. As a result of that, Ciaran Martin's team at GCHQ was no longer able to guarantee the security of Huawei's products and 2 months later, then prime minister Boris Johnson finally banned Huawei in Britain. Such a move would delay the nation's 5G rollout by up to three years, and is estimated to cost at least £2 billion to reach full removal of all Huawei 5G equipment from its network by 2027.
Two of the three major Indian telecom operators, Reliance Jio and Bharti Airtel, have developed Open RAN network technology, working with U.S. and Japanese equipment makers and system integrators. In that underdeveloped market which features over a billion, mostly low-cost, mobile users, the Open RAN technology will allow faster and much less expensive deployment of high speed 5G than the traditional hardware systems offered by Ericsson, Nokia, Samsung and even Huawei. U.S. system integration firm Parallel Wireless estimates that Open RAN solutions, although needing some technological advances in energy efficiency to reach their full potential, could result in cutting total operating costs by 30-50%. In Turkey, telecom giant Turk Telecom is working on an Open RAN system, and Vodafone Turkey has already deployed such a network which is backwardly integrated with legacy 2-3-4G systems.
In the United States the three major mobile operating companies are all members of the Open RAN Policy Coalition and the international O-RAN ALLIANCE. All are developing products utilizing the new technology. The case study that likely will determine the economic viability of the new technology in the U.S. market is DISH network. The new operator is committed (under an agreement with the U.S. Department of Justice to acquire spectrum and other assets from T-Mobile) to field a nationwide 5G network by 2023. It has chosen Open RAN technology for its system and is working with major system integrators Altiostar and Mavenir, and equipment and software makers Red Hat, VMMare, Cisco, and Qualcomm as well as Ericsson and Nokia. DISH plans to do a limited commercial launch by the third quarter of 2021. 2b1af7f3a8


SPN Consultancy provide custom services for your ICT Network, whether it be for two users to 250. We provide a full solution to your Networking Infrastructure.
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To see more about network solutions we can provide select either the the links below.


CLIENT: Consolidated Electrical Distributors
LOCATION: New Mexico
IEC Corporation provided substation design engineering services for the Consolidated Electrical Distributors (CED) 50 MW Macho Springs Wind Farm (Phase 1) in New Mexico. The Macho Springs Wind Farm was a fast-track project that consists of twenty-eight 1.8 MW Vestas V100 Wind Turbine Generators (WTGs).
The IEC design team completed detailed designs for the new 345 kV Ring Bus, Macho Springs Switching Station, the 345 kV/34.5 kV Macho Springs Substation, and the wind farm’s electrical collection and SCADA systems. Responsibilities included design of the site layout, ground grid, bus structures, wireway routing, communications, power, controls, metering and protection schemes, relay coordination and settings, performing calculations for equipment sizing, wireway fill and voltage drop, battery sizing, shielding analysis, energy loss analysis, cable thermal modeling, and writing technical specifications for new substation equipment.
GO BACK TO PROJECT GALLERY


IXON's IXagent software allows both OEMs and hardware manufacturers to directly cloud-enable their hardware or machines.
The IXagent is an embedded solution which allows you to use all the functionalities and security benefits of a VPN router and IIoT platform without the need for additional hardware.
We empower existing hardware with the Industrial Internet of Things, without having to invest in custom software or development.
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Montgomery Field has an alternate tower frequency too. It's 125.7. I have heard both in use several times when the airport is particularly busy. Then they use a separate tower operator for each of the parallel runways, like what was described for Brown.
When both frequencies aren't being used separately, the tower actually transmits simultaneously on both frequencies, although the aircraft only use the primary (119.2). That can be somewhat annoying when the scanner has both freqs active, because it will stop on 125.7 at times and then you don't hear the planes, so I usually leave it locked out unless they're using it.
For discussion about civilian aircraft radio communications and live flight tracking. Many topics can be found here including ADS-B, Mode S logs and aircraft lists.
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A Study of Packet Delivery Performance during Routing Convergence
Internet measurements have shown that network failures happen frequently, and that existing routing protocols can take multiple seconds, or even minutes, to converge after a failure. During these routing convergence periods, some packets may already be en-route to their destinations and new packets may be sent. These in-flight packets can encounter routing loops, delays, and losses. However, little is known about how many packets are delivered (or not delivered) during routing convergence periods. In this paper, we study the impact of topological connectivity and routing protocol designs on the packet delivery during routing convergence. We examine three distributed routing protocols: RIP, Distributed Bellman Ford and BGP through protocol analysis and simulation experiments. Our study shows that the packet delivery ratio improves as the network connectivity becomes richer. However differences in routing protocol designs impact their ability to fully utilize the topological redundancy in face of component failures. Two factors in routing protocol design, keeping alternate path information at each router and quickly propagating new reachability information, appear to have the most impact on the packet delivery behavior during convergence.
Proceedings of the International Conference on Dependable Systems and Networks
Pei, D., Wang, L., Massey, D., Wu, S., & Zhang, L. (2003). A Study of Packet Delivery Performance during Routing Convergence. Proceedings of the International Conference on Dependable Systems and Networks, 183-192. https://doi.org/10.1109/DSN.2003.1209929


Democrats know that the United States must preserve our leadership in the Internet economy. We will ensure that America has a 21st century digital infrastructure—robust wired and wireless broadband capability, a smarter electrical grid, and upgraded information technology infrastructure in key sectors such as health care and education. President Obama has committed to ensuring that 98 percent of the country has access to high-speed wireless broadband Internet access. We are finding innovative ways to free up wireless spectrum and are building a state-of-the-art nationwide, interoperable, public safety network. President Obama is strongly committed to protecting an open Internet that fosters investment, innovation, creativity, consumer choice, and free speech, unfettered by censorship or undue violations of privacy.
This comes right after Republicans adopted open internet language.


Building a strong foundation
Mr. Dennis Uy’s vision of providing internet and data services began in the forming of ComClark Network and Technology Corporation in partnership with Clark Telecom, Inc (a subsidiary of PLDT) in 1996. This was the beginning of the journey of what ComClark is today and it’s thrust towards the future.
As the demand for higher, clearer and faster bandwidth grew, Mr. Uy pioneered and launched the first Data over Cable Service Interface Specification protocol (DOCSIS) technology on the existing Hybrid Fiber Co-Axial (HFC) Cable TV Network which already had a distribution capacity then of more than 20,000 subscribers.
To further meet the needs and demands of the market, ComClark started building corollary products and services to its offering which has established ComClark as the emergent full service ICT/Broadband Solutions Provider of choice in the industry.
Stewards of the Digital Transformation
Dennis Anthony H. Uy
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Maria Grace Y. Uy
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President & COO
Talk to our experts Schedule a meeting
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iOS 15 introduced some new features for FaceTime such as Portrait mode and new audio effects to improve call quality. These novelties can also be used by third-party applications.
Applications like Snapchat and others will benefit from these features. With the new effects we will be able to get one background blur in calls also isolating the voice to make it easier for people to hear. The mode broad range instead it ensures a good perception of the surrounding audio as well.
Apple has not officially specified this possibility, however, made known thanks to the work of the team of 9to5mac. These features can be activated directly from the control center, thanks to the new buttons that will give access to these new effects. As always, we will have to wait for developers to update their applications with full compatibility with iOS 15.
iOS 15 will arrive alongside all other operating systems in the fall. Haven’t you discovered all the news yet? We therefore suggest you to retrieve our dedicated article.


This lesson is an intro to circuits and physical computing. The BrainClip kit makes for an easy way for connecting circuits using alligator-clip wires.
You must have completed some of the coding basic lessons and understand coding concepts like variables and loops. You can use any of the supported languages on the Coding Lessons page.
These commonly available wires are used often by anyone working with circuits.
They work nicely with BrainPad Pulse and BrainPad Tick. The clips go on the large holes. There are 3x GPIOs (General Purpose Input Output) and the two power pins (3V/GND), totaling 5 pads. The pads are labeled right on the circuit.
All modules found in the BrainPad kit have similar holes.
The BrainPad has many available IOs (Input/Output) pins, but only three are found on large pads. The others are available on smaller pads not suitable for alligator clip wires. There are many companies that make boards with an edge connector to bring all of the available connections to large pads suitable for alligator clips.
The included modules have many sensors and elements that cover a lot of topics. It is also possible to connect other sensors. There are hundreds of electronics modules found online, like a gas sensor or a relay for example. Those sensors typically have pins for wiring.
It is difficult to wire clips to those pins. The solution is to use wires and then add the clip to the wires. Or use wires that have a clip on one end and a female header on the other end.
The signals on each module will need to connect to one of the BrainPad pads. These signal pins can be digital or analog and do things specific to the module being used.
There is a ground (GND) pad that also needs to be connected. This signal is the return point to complete the circuit. Think of any battery, there are always 2 connections, the plus and the minus. The minus in the GND signal.
Finally, some modules also have a VCC pad, which is the power source for those modules. Not all modules have this pad. This will connect to a power source, which is the 3V pad on the BrainPad.
Some modules have pads labeled NC, which stands for No Connect. Those pins have no connection internally and are only there for uniformity.
Start learning about digital pins. Depending on language of choice, see the Coding Lessons page.
Looking at what circuitry is on modules, we can see that they are very simple with few components found. Take a look at the light sensor, for example. The light sensing element costs very little, but then wiring things to it is not easy. This is where we need to build a whole circuit around the component just to make it accessible.
An option to wire things is in the use of a breadboard, just like the BrainTronics Kit does.


This site describes a sound installation work supported by spatial sensing system with a Personal Area Network (PAN), which may be applicable for such areas as dance performances and mobile music.
The term "Sound Jewelry" was coined by Iwatake, one of the authers of this paper. The original idea is to create interactive musical objects which are worn like necklaces by people. Each of the "Sound Jewelry" then automatically generates "melody" and according to the distance between the persons wearing it the sounds of "melodies" may be changed or exchanged. On the other hand, Yamauchi, the first author, has been researching into real-time localization systems for multiple agents in a PAN. So it was only natural for the 2 ideas come together. .
Figure shows the localization system. There are two "listeners" on the wall and eight "senders"to be held by the participants. The "senders" transmit supersonic waves to the "listeners" and the master server which is connected to the "listeners" measures the locations of the "senders" based on the distance estimation subroutine in the middleware. The results are sent using OSC protocols to the sound generating application, whose outputs are heard from 4 surrounding speakers in the environment.
The actual "Sound Jewelry" turned out to be an environment that consists of two layers of sounds. In the foreground, "melodies" are dynamically generated by measuring the distances between the participants. In the background, ambient sounds are automatically generated using the distance data. When many people move in a 4-by-6 m space, the sound only changes based on the nearest relative distance. However, as the number of people increases, the sound changes become more complex. Sound complexity was used as part of the installation. Users recognized sound changes as they moved in real time in the space.
The system consisted of slave servers and a master server. After the widgets on the slave servers had received the identification and distance information from the sensors, the information was sent to the aggregator. The aggregator on the master server estimated the userfs location in the PAN, as well as calculated the relative distance from the nearest user. Figure shows the distance estimation in the PAN. We assume that there are N node users in the PAN and two listeners on the x-axis located at (t, 0) and (t+|c|, 0). The location of each node can be given as
node1(x,y) = (t + |b1| cos(A1)+b sin(A1))
node2(x,y) = (t + |b2| cos(A1)+b sin(A2))
nodeN(x,y) = (t + |bN| cos(AN)+b sin(AN))
This site proposes a real-time location system for multiple agents in a PAN. The system is composed of a location system that estimates the location of the "listener" on the wall in an indoor environment, the positions of users with "senders," and a sound system that feeds back into the speakers. In the case that the user enters a zone of the location system, the user's "sender" transmits supersonic waves to the "listeners" on the wall, and the master server measures the position based on the distance estimation subroutine in the middleware layer. After the master server has calculated the position of the users in the location system zone, the results are sent using OSC protocols to the media application located on the application layer. In order to apply the location system media content, we considered the design and implementation of the location system. This system was demonstrated using a sound installation. "Sound Jewelry" is an environment that consists of two layers of sound. In the foreground layer, "melodies" are dynamically generated by measuring the distances between the participants that are wearing sensors. In the background layer, "accompaniments" are automatically generated using the distance data in order to support the ambient environment. When many people move in a 4-by-6 m space, the sound only changes based on the nearest relative distance. However, as the number of people increases, the sound changes become more complex. Sound complexity was used as part of the installation. Users recognized sound changes as they moved in real time in the space.
This project is supported in part by a grant from CREST, JST. We would like to thank the members of CREST for their helpful suggestions.
(1) "An Interactive Musical Installation through Spatial Sensing"
2007 4th International Mobile Music Workshop poster
(2) rhizome.org rhizome.org/object.php?46823
(3) Neural.it www.neural.it/art/2007/06/sound_jewlery_networking_with.phtml


Controllers: All air-conditioner operating parameters can be controlled from the remote control: operating modes (auto or cooling only, heat pump only, dehumidification only, fan only), 1h and 24h timer, setpoint temperature, room temperature reading, TiO2 and electronic filter activation (where fitted), fan speed, flap oscillation for optimum air distribution in the room and economy or night functions. Many operations can be set automatically or managed when needed, including the deactivation of the LED indicators for those that prefer complete darkness at night.
TC43 and WB43 are two system controllers able to manage iSeries air conditioning, heating and DHW services (up to 4 systems per controller) using a web interface.
WB43 is designed to be used with a web browser on PC, MAC, iPad, iPhone, Android phones (IExplorer, Chrome, Safari, Firefox are supported); TC43 offers the same service but it?s also equipped with a 5? capacitive touch screen. For this reason it?s, actually, a stand alone controller and no other device is strictly required.
Both WB43 and TC43 are able to manage DHCP protocol, so they can be used with dynamic IP address but also with static IP address (very common in VPN).
They are connected to iSeries system with serial RS485 (4 serial ports for each controller) and to local net with Ethernet 10/100 on RJ45.
Thanks to a router on the local net and to controller?s compatibility with DynDNS protocol and Tunneling services, you can have full remote access to iSeries without using static IP.
Every device using a web browser connected to local net, via Ethernet or via WiFi, can manage iSeries through TC43 and WB43. Both controllers can give access to operational parameters of indoor units (temperature set point, ventilation, cooling/heating mode, etc?) but also to supervision, maintenance, diagnostic, users? profile services.
TC43 and WB43 are very easy to install, you just have to connect them to iSeries bus and to a 12 VDC power.


Sony WH-CH710N Noise Cancelling Wireless Headphones with 35 hours Battery Life, Quick Charge, Built-in Mic and Voice Assistant – Black
Amazon.co.uk Price: £1.00 (as of 03/01/2024 00:53 PST- Details)
Make sure this fits by entering your model number.
AI Noise Cancelling with Dual Noise Sensor technology lets you cancel out the world tailored to your environment or choose to let it in with Ambient Sound Mode
These long-lasting wireless bluetooth and NFC enabled headphones deliver up to 35 hours of playback
Be certain that this fits by entering your model number.
AI Noise Cancelling with Dual Noise Sensor technology means that you can cancel out the arena tailored for your environment or make a choice to let it in with Ambient Sound Mode
These long-lasting wireless bluetooth and NFC enabled headphones deliver as much as 35 hours of playback
New 30mm driving force units give you the superior audio quality you’d expect of Sony headphones
Get clear hands-free calling and Voice Keep watch over at the WH-CH710N
With soft oval earpads these over-ear headphones have been designed for all-day comfort
Bluetooth Version : Version5.0, Effective Range : Line of sight approx.30ft (10m), Frequency Range : 2.4GHz band
Plug : L-shaped stereo mini plug (supplied headphone cable) and Cord Length Approx. 1.2m (supplied headphone cable)
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EPEVER MPPT Charge Controller 80 amp – 12V/24V/36V/48V Auto, Negative Ground MAX 200V 6000W Input Fit Lithium AGM Gel Flooded User Blacklight LCD Display Large-Amp(Tracer 8420AN)【Upgraded Version】Review
Advanced MPPT technologies & ultra-fast monitoring rate,with tracking efficiency no less than 99.5percent and MAX 200V 6000W Input.Accurately recognizing and tracking of multiple power stage to ensure DC/DC transfer efficiency is up to 98.6percent .Design Die Casting Aluminum to exude warmth. 12V/24V/36V/48V automatically identifying system voltage. Automobile control system to restrict the charging electricity & present go over the graded value.Common NEGATIVE Ground and Troubleshooting function(fault LED indicator). Solar control mppt 80a with higher quality & very low failure rate components of ST and Infineon and Battery temperature compensation function to ensure the controller's life. This 80a mppt solar charge controller compatible with 4 charging alternatives:Sealed, Gel, Flooded and User friendly (couldn't set Lithium). REAL-TIME energy statistics operate with multiple load management modes. Tracer AN series,Negative Ground Design control;12V/24V/36V/48V Vehicle differentiating system voltage,80 amp mppt controller. RS-485 communication bus port and Modbus communication protocol,available to meet various communication requirements in different scenarios. MSRT,realizing high conversion efficiency from the situation of reduced cost powe.
- High quality & low failure rate components of ST and Infineon to ensure the product's life.
- Advanced MPPT technology & ultra-fast tracking speed, with tracking efficiency no less than
- 99.5%,Maximum DC/DC transfer efficiency is as high as 98.6%.
- Full load efficiency is up to 98% .
- Advanced MPPT control algorithm will minimize the MPP loss rate and loss time.
- The accuracy of the recognition and tracking at the highest point of multiple-peaks MPP.
- The wider range of MPP operating voltage.
- Auto control system to limit the charging power & current go over the rated value.
- Battery temperature compensation function.
- Real-time energy recording and statistical function.
- Automatic over-temperature power reduction function.
- ❶ [Upgraded Version] CE, ROHS, SGS CERTIFICATE Negative Ground Tracer AN series MPPT Controller Max Input Current: 80 amp; Max Input Solar Power: 1500W(12V); 3000W(24V); 4500W(36V); 6000W/(48V); Max input Voltage: 200V; with tracking efficiency no less than 99.5% (MSRT) and 12V/24V/36V/48V auto identifying system voltage. Accurately recognizing and tracking of multiple power point to ensure DC/DC transfer efficiency is up to 98.6%. Real-time energy recording and statistical.
- ❷ LED TROUBLESHOOTING INDICATORS and LCD display and can help users not only check the whole system operating data and statuses but also quickly identify system faults and modify parameters. ☀ When the input power exceeds a certain level and the charging current is larger than the rated current, the controller will automatically lower the charging power and bring the charging current to the rated level. Common NEGATIVE Ground
- ❸This 80A mppt Charge Controller with high quality & low failure rate components of ST and Infineon and Battery temperature compensation function to ensure the controller’s life. It protect the battery from being over-charged by the solar modules and over-discharged by the loads. Real-time energy recording and statistical.
- ❹ 80A mppt controller Fit 5 charging options: Lithium(need set with PC software), Sealed, Gel, Flooded and User. 4 type load Timer:ON/OFF mode,PV&Time control mode,PV voltage control mode,Dual Time control mode.
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The security plan for the Community college has been a major concern for the people. There are different standard provisions where the IT needs to work on managing the risks by identifying, evaluating, controlling and mitigating all the vulnerabilities which pose a potential threat to the data. Hence, for this, there is a need for the user accounts and password implementation for the network resource usage which accounts to the access of the system. The plan is to mainly prohibit the sharing of all the different personal user accounts or the passwords and prevent them from accessing in the university. The IT network has been set for handling the laws and regulations which will provide a complete configuration of the system to protect the privacy or the security of the user.
The reconfiguration process of the network hardware is designated to be held with the IT individuals where the connections, monitoring of devices and the communication is prohibited from the DHCP servers, DNS, NAT routers, network gateway or the packet capturing devices. There have been project cases to handle the records of network traffic along with handling the e-mail messages or the telnet sessions. The information is directly collected for accessing the network utilisation process where the IT may look for network operations and functions depending upon the schemes of DHCP and DNS.
The wireless networks are important as they help in accessing the resources through a wired networking system along with handling the wireless network security to control mechanisms. The operations are based on accessing the networks through the use of information and devices. The user computing devices are important for the security and integrity to control the physical and the network access of the equipment. The services have been deployed to include the anti-virus software which needs to be installed to connect to the network of CC.
The CC needs to work on removal of the data of the former members and work on allowing access with the use of card or check out key. The subnets are important to allow the authentication with the switch management in order to create a control of the backend administration. The servers are directed to the security audit where the evaluation is based on administrative access to the servers with the two-factor authentication process.
This includes the assessment based on the computer hardware, PC, serves, application and the system software work. The entire network device has been set for handling the operations which will help in handling the assets related to the threats and vulnerability. The information of the security policies depend on taking hold of residual risks with the implementation and use of the data backup system and recovery technology. The strategy works on the different technical details to access, share, download and upload the files and folders depending upon the authentication process. The controllers work on addressing the services along with configuration of the HTTP server and other application architecture. The major need of the security is to handle the investments with accurate data used to collect, store and work on the reliable information. The focus has been on the security categories and the physical security system, operating system level security and the communication security. The physical security and the control threats are under the areas of hardware attack, software attack and the masquerade attack which uses the system for identifying the authorised used to obtain access to the network. The security threats are tapping and spoofing which can cause problem in the data communication system with the tracking of data flow. The effective focus is on how the software can be installed and administered through user rights and privileges. There is a need to handle the methodology of confidentiality, authentication, and access control inorder to determine the genuity of information. The access control is based on handling the data accuracy along with providing the proof for the transmission and receipt. For a complete security setup, there is a need to work on access control and data integrity. The system works on simple model inorder where there is a need to buy the antivirus package with users for the login scripts. The network applications are for educating the organisation for the details of the passwords and the other virus on the computer. There is a need to test all the backup processes by creating the directory through the use of all the important data files. This will help in maintaining the data and applications for the disaster recovery. The firewalls have been the best method for the organisation to handle the security of the system. For this, there is a need for the software and the hardware components to work on the maintenance of the internal network with explicitly handling the traffic. This allows the system to be more secured along with internet security, mobile PC and remote site security.
With the complete analysis of the security risks, there are certain security tools which are for identifying the weakness along with analysing the networks. The public domain software tool has been to administer the concerned availability factors with the Security Administrator Tool for Analysing Networks for all the Internet connected hosts for detecting the presence of the network. The programs are for identifying the configured systems along with all the system which identifies the poor configured systems. The management is based on working over the end users, internal and external security risks that holds the distributed environment with full security. The technology has been used for the CIS audit and security to monitor the relative adjustments, technology and improvements. The access of the software is based on establishing and maintaining the network interconnection along with data flow. For this there is a need for the modern networks which will be able to handle the IP and other proprietary protocols. The access of the computer systems is based on analysing, securing and working on the property of the computer systems. The data analysis is based on working over the TCP/IP as well as the operating systems and applications. The information security is based on handling multiple connections like the firewall for the web and the mail traffic which is for handling the remote connections. The system works on handling the users to realised the access to the internet along with holding the appropriate security of the system. The corporate users work on the proliferation to information which is belong the intranet enterprise.
The scope of the project is to handle the costs of the current network at CC with the development of IP addressing scheme. This will help in providing a secure and a private network for the students, staff and the visitors.
CC business process work on the systems which include the IPX/SPX and ICT related services. It needs to work on the CC growth and sustainability which will maintain and integrate the systems to expand and improve services. The CC needs to handle the ICT infrastructure inorder to provide a higher quality of learning and teaching in the best effective way. The transition has been set to include immersive tele-presence system with distance education students. With the security of network and information, CC ICT infrastructure needs to work on the access of resources which will assure handling of the internal and the external network attacks.
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Sony Ericsson PC Companion (the counterpart to Mobile Phone Tools) is Sony Ericsson mobile users' gateway to Sony Ericsson features such as software updates, user manuals and service, support and guides.
Using this tool with your mobile phone is rather simple and involves connecting your phone to your PC with a USB cable, connecting it with the phone (tap USB Connected > Mount) and wait for the PC Companion to recognize the device.
When your phone has been connected and recognized from within the SE PC Companion, you'll be able to access services and applications which are supported on your current handset. You will also be able to backup data and synchronize data between your PC and phone.
Note: Sony Ericsson is a legacy brand. This tool is now distributed by Sony Mobile.
Sony Ericsson PC Companion can update phone firmware, manage contacts, transfer files between phone and PC, synchronize phone data and backup phone data.Compability and license
Sony Ericsson PC Companion is licensed as freeware for the Windows (32-bit and 64-bit) operating system / platform from mobile phone tools without restrictions. Sony Ericsson PC Companion 2.10.115 is available to all software users as a free download (Freeware).
Compatibility with this Xperia repair software may vary, but will generally run fine under Microsoft Windows 10, 8, 8.1, 7, Vista and XP on either a 32-bit or 64-bit setup. A separate x64 version may be available from Sony Ericsson. This download was signed by Sony Mobile Communications and distributed as Sony PC Companion_2.10.136_Web.exe and Sony PC Companion_2.10.115_Web.exe.
We have tested Sony Ericsson PC Companion 2.10.115 against malware with several different programs. We certify that this program is clean of viruses, malware and trojans.


192.168.0.1.1 Admin Login:
192.168.o.1.1 is IP address of many WiFi router admin portal. Mainly D-LINK and Netgear routers use 192.168.1.1 as default IP Address. You can change default IP address of your router also if you find it difficult to remember or it is required as per network settings.
Actually 192.168.o.1.1 is not correct private IPv4 IP address whereas 192.168.0.1.1 is correct IP address. Only one equipment or device can use this IP address so that IP conflict issue is not faced. 192.168.o.1.1 is used mostly in brazil
Also check out the post
How to Login to 192.168.o.1.1
Connect your laptop to home router by Ethernet cable
Open browser and click on http://192.168.0.1.1
Enter 192.168.o.1 username and password to login. To find default password list click here
192.168.o.1.1 home screen will be displayed
Not able to access 192.168.o.1.1
If you are getting “Page cannot be displayed” error while accessing 192.168.o.1.1, there may be many reasons for same. We will explain reasons below.
First thing is check connection between connected device and router. Re-plug the cable and restart router
Disable anti-virus or any other firewall. May be these are blocking IP address 192.168.o.1.1
Clear browser cache or use different browser. Browser cache can be cleared by pressing Crtl+F5 in browser address bar.
May be 192.168.o.1.1 is not default IP address. Click here to read more about troubleshooting 192.168.o.1.1
Netgear, D-LINK, Sitecom and 2WIRE are some of the major router brands which uses 192.168.o.1.1 as their default IP address. Click here to know how to change router settings from http://192.168.o.1.1