WildPackets and DCM Technologies Join WLANA as Affiliate Members
Willoughby, Ohio July 2001 The Wireless LAN Association (WLANA), a trade association for the wireless local area networking industry, announced today that wireless technology leader Raylink of Baldwin Park, CA has joined WLANA as a Sponsor member. In addition, WildPackets, Inc. of Walnut Creek, CA and DCM Technologies of Newark, CA have joined WLANA as affiliate members. As a Sponsor member, Raylink will hold a seat on WLANA's board of directors.
"With the addition of Raylink as a Sponsor member, WLANA's roster continues to grow in size and diversity," said Greg DiCillo, managing director of WLANA. "Our members now include companies that offer software solutions, applications and hardware solving the wireless internet connectivity needs of customers in the home, enterprise, small business, public access markets, and wireless internet connectivity segment. We're very pleased that Raylink has chosen to actively support the wireless LAN industry by becoming a Sponsor member of WLANA."
"Raylink is proud to join WLANA as a Sponsor member," said Vincent Lin, Raylink Director of Business Development. "WLANA plays a critical role in educating the market about the potential for wireless LAN technology. We look forward to contributing Raylink's expertise to WLANA's efforts."
Raylink, with products manufactured by Raytheon RF Networking, is a leader in wireless local area networking (LAN) and wireless internet connectivity solutions and technology, offering corporate, small office/home office (SOHO), vertical markets, and wireless ISPs a comprehensive, cost-efficient and convenient solution for wireless LAN and WISP technology. For more information, please contact Raylink at 424A Cloverleaf Drive, Baldwin Park, CA 91706; phone (626) 336-1133; fax (626) 336-0517; Web Site: www.raylink.com.
About WildPackets Inc.
For more than eleven years, WildPackets has been a premier developer of comprehensive, affordable tools designed to simplify the complex tasks associated with designing, maintaining, troubleshooting and optimizing computer networks. AiroPeek, WildPackets' packet analyzer for 802.11b wireless LANs, supports a broad range of NIC adapters by WLANA Sponsors 3Com, Cisco, and Symbol, as well as cards by Intel and Nortel. NetSense, an expert packet trace file analysis tool that pinpoints anomalous traffic conditions for wireless and wired networks alike, is a popular complement to AiroPeek. Information on WildPackets' wireless products, wireless network analysis training, "Assessing Wireless Security with AiroPeek: Identifying Rogue Access Points" and "802.11 Configuration Options" white papers are available at www.wildpackets.com and www.wildapacketsacademy.com.
About DCM Technologies
DCM Technologies is a proven industry leader in software design and product development, with over a decade of expertise and prestigious SEI CMM 5 assessment. The company provides design services to the world's leading high-technology companies in the areas of ASIC/PLD designs, embedded software and wireless communications software. DCM's highly skilled and experienced engineers work closely with technology leaders to help them keep pace with increasing product complexity and tight market windows. DCM Technologies has headquarters in New Delhi, India and U.S. offices in Newark, California, Boston, Massachusetts and Austin, Texas. More information on DCM is available at www.dcmtech.com.
About the Wireless LAN Association
The Wireless LAN Association is a non-profit educational trade association, comprised of the thought leaders and technology innovators in the local area wireless technology industry. WLANA provides a clearinghouse of information about wireless local area applications, issues and trends and serves as a resource to customers and prospects of wireless local area products and wireless personal area products and to industry press and analysts. The Association maintains an educational web site at www.wlana.org with industry studies, white papers, application stories and links to related topics and member web sites. To obtain additional information about WLANA, please visit our web site or send requests to [email protected].
WLANA Sponsor members include:
3Com Corporation (Nasdaq:COMS), Alcatel (NYSE:ALA), Alvarion Inc. (Nasdaq:BRZE), Cisco Systems (Nasdaq: CSCO), Colubris Networks, Inc. (www.colubris.com), Enterasys, a Cabletron Systems company, (NYSE:CS), Intersil Corporation (Nasdaq:ISIL), Intermec Technologies (NYSE:UNA), Raylink, Inc. (www.raylink.com), Symbol Technologies, Inc. (NYSE:SBL) and WaveLink Corporation (www.wavelink.com).
Porchivina & Associates


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CALL FOR PAPERS
It is expected that there will be an expansion of traffic volume due to the increased number of connected devices, i.e., 50 billion internet-connected devices by the year 2020. The fifth generation (5G) wireless communication networks is currently attracting extensive research interest from both industry and academia. It is widely agreed that in contrast to 4G, 5G should achieve 1000 times the system capacity, 10 times the spectral efficiency, higher data rates (i.e., the peak data rate of 10 Gb/s and the user experienced rate of 1Gb/s), 25 times the average cell throughput, 5 times reduction in end-to-end (E2E) latency and 100 times connectivity density. Meanwhile, International Telecommunication Union (ITU) has classified 5G services into enhanced mobile broadband (MB), ultra-reliable and low-latency communications (URLLC), and massive machine type communications (MTC) with a high variability of their performance attributes. The Exabyte flood is further complemented with the challenges of provisioning robust and reliable interconnectivity for MTCs. The demand for such machine type communication is fueled through the emerging need of all-connected societies to derive innovative transformations across various vertical sectors.
The 5G and beyond networks aims to combine several unique technological solutions such as: Higher frequency communications (mmWave), Massive MIMO systems, device/user and content centric communication, M2M communication, energy harvesting and wireless power transfer, cooperative communications and network coding. These underline key targets can be achieved via appropriate combination of these technological ingredients. These emerging areas brings the promise of enabling flexible, scalable, highly configurable and reliable network functions as well as complete solutions for future 5G mobile networks. These enabling technologies can support massive peak data rates, however, delivering these data rates for E2E services while maintaining reliability and ultra-low-latency to support emerging applications and use cases will require rethinking all layers of the protocol stack as outlined in the recent activities of the third generation partnership project (3GPP).
Only technical papers describing previously unpublished, original, state-of-the-art research, and not currently under review by a conference or a journal will be considered.Topics of interest include, but are not limited to:
- Adaptive wave forms, RF energy harvesting, and adaptive modulation and coding techniques for low-power IoT systems
- Wave forms and multiple access techniques for 5G/B5G
- Cloud-assisted solutions for resource management in IoT systems
- Communication challenges and solutions for the applications of IoT in WBANs, WSNs, M2M, D2D, V2V, SatCom, and cellular systems
- Multi-hop and cooperative communications for IoT systems
- Orthogonal/non-orthogonal multiple access and access control schemes for IoT systems
- PHY/MAC layer algorithms for supporting IoT devices in 5G systems suchas massive MIMO, small cells, full duplex, and mmWave systems
- Resource allocation, spectrum sharing, and interference mitigation
- SDN and virtualization techniques for IoT networks
- Ultra fast signal processing technologies and architectures
- Interference mitigation and management techniques for 5G/B5G
- Device centric frameworks such as Device to device communications and its application to public safety
- Smart transportations (car to car communications, automated driving, smart navigation, etc.)
- High capacity broadband solutions for airplanes and high-speed transportations
- 5G network architectures for distributed and flexible network functions
- Smart manufacturing and automation industry
- UAVs/drones for emergency and crowd network coverage
- Spectrum aspects of URLLC, e.g., carrier frequency and spectrum requirements
- Network slicing and network functions virtualization for5G/B5G
- Use case applications and requirements for 5G/B5G.
- 5G Testbeds and experimentations
Dr. Haris Pervaiz5GIC, University of Surrey, UK (firstname.lastname@example.org)
Prof. Muhammad Ali ImranUniversity of Glasgow, UK(email@example.com)
Dr.Mohammad Shikh-BahaeiKings College London, UK(firstname.lastname@example.org)
Dr. Ejaz AhmedCentre for Mobile Cloud Computing Research, University of Malaya, Malaysia (email@example.com)
Dr. Waleed EjazRyerson University, Toronto, ON, Canada(firstname.lastname@example.org, email@example.com)
Dr Syed Hassan Ahmed, University of Central Florida, USA(firstname.lastname@example.org)
Dr Syed Ali Hassan, NUST, Pakistan (email@example.com)
Manuscripts must be prepared in the standard IEEE two-column conference format with a maximum paper length of six (6) printed pages (maximum 1 additional page with over length page charge) and submitted via the provided EDAS link.


With the introduction of Fourth generation (4G) mobile technology, tech-savy people in Nepal are very excited to use 4G in their mobile phone. Some have read it, some are still confused but there seems to be a situation of what works and what doesn’t?
Moreover, the surprising response has been well anticipated in social media page where people are more concerned about the standards and quality of the service.
The first step towards the soft launching has seen its response where a heightened level of awareness and capacity needs to be done. Let’s see the common understanding of 4G services and then try to understand the whole adaptation process of 4G in our technology ecosystem.
Technology in Nepal has always been an issue of concerned with the limitation of awareness and standards. Relative authority are least bothered about the conceptualization of user’s rights and behavior which has majorly resulted in bad services. There has been a very limited work done in terms of understanding what users’ behavior and needs.
In Nepal 4G data networks has been launched using the Long Term Evolution (LTE) Technology.
The basic need for 4G usage in your set are:
- Universal SIM (USIM) : USIM Card is a card commonly used in a GSM phone. The card holds a microchip that stores information and encrypts voice and data transmissions, making it extremely difficult to listen in on calls. The USIM card also stores data that identifies the caller to the Distribution Partner.
- 4G enabled mobile phone set: The mobile phone needs to be 4G enabled where it can be confirmed from the specification in the box or it can be checked in internet with the model number of the mobile phone
- Activation: Dial *444# and press 1 to activate and you will receive the message
- you need a post paid service
According to Nepal Telecommunication, “4G or LTE stands for a mobile communications standard intended to replace 3G, allowing wireless Internet access at a much higher speed. 4G and LTE (Long Term Evolution) are two common terms used for the same technology hence the terms are used interchangeably. As this technology allows for much higher speed than the previous technologies, the customer will feel better internet browsing experience. Now, videos can be streamed without interruption and at higher definition – and now video calls would be more enjoyable. The network will initially cover most parts of Kathmandu and Pokhara. Future expansion will make the network available throughout the country. Where 4G network is not available, you can still enjoy the data browsing using NT 3G and 2G networks. To use 4G/LTE service, your mobile device needs to support 4G/LTE and in case you have older version of SIM card, you will need to replace it with newer 4G enabled SIM(Universal SIM i.e. U-SIM). Subscription to 4G/LTE service and configuring it in your handset is easy – in case of any confusion feel free to contact our customer care center. There is no service activation fee for 4G/LTE. And usages charges are the same as before – it’s not more expensive.”
|The main difference between 3G and 4G services is speed. The 4G or LTE technology, simply brings broadband to your phone and it’s a one of basic difference.|
|Singapore, New Zealand and Hungary were ranked the top 3 fastest 4G services in the world where in 2012, India was among the first countries in the world to deploy 4G technology.|
According to the International Telecommunication Union (ITU) an agency of the United Nations (UN) purposed to coordinate telecommunication operations and services throughout the world, “A 4G network requires a mobile device to be able to exchange data at 100 Mbit/sec. Specifications for the next step in mobile broadband wireless technology – International Mobile Telecommunication (IMT)-Advanced – were agreed by the ITU Radio communication Assembly in January 2012. With the completion of an intensive programme developed by ITU’s Radio communication Sector (ITU-R) to stimulate global development of the future IMT technologies and following a detailed evaluation against stringent technical and operational criteria, ITU has determined that LTE-Advanced and Wireless MAN-Advanced should be accorded the official designation of IMT-Advanced. IMT-Advanced systems include new capabilities that go beyond IMT-2000, widely deployed since 2000 and referred to as 3G mobile technology. While the term ‘4G’ remains undefined, ITU has now specified the standards for IMT-Advanced, the next step in global wireless broadband communications. IMT-Advanced provides comprehensive support for broadband wireless data and brings major improvements. These include increased spectrum efficiency to handle more users at higher data rates per radio channel; a fully packet-based architecture for reduced costs; lower latency leading to more responsive Internet and multimedia applications; improved radio resource management and control to enhance quality of service, and new capabilities for the radio interface such as wideband radio channels and multiple-input and multiple-output (MIMO) for the use of multiple antennas at both the transmitter and receiver end to improve communication performance.”
Challenges and hindrances of 4G in Nepal
- Awareness of 4G concept
- Awareness of mobile users’ rights and principles
- Limitation of quality of service
- Lack of monitoring mechanism
- Lack of social integration of 4G
- Lack of awareness of mobile governance in political leadership
- Limited troubleshooting and knowledge
- High expensive set
Though 4G has been introduced in Nepal but it faces reclusive issues of standards, cost, monitoring mechanism and acceptance. People still see internet as a prized commodity which needs to change. There has been few efforts done by Ncell and NTC with limited internet packages but let’s face it we still search for free and open wifi. The reality is there is a huge lack of awareness and capacity building which needs to be fulfilled by proper survey and research. The main question is who is responsible for doing this job. The regulator who is busy in lobby policy and introducing technology or the telecom organizations who are busy in cashing the revenue in the name of monopoly services. The monopoly attitude of telecom industry and the lacking of monitoring mechanism by the regulators has certainly resulted in a limitation of use and cooperation of technology services. Standardization and quality of services is a huge hurdle which will certainly create problems in the days to come.
The world is moving towards mobile technology where the prices of internet and services are refining but in Nepal the prices are high and the services are questionable. There can be fastest service but it also needs to be standardized in terms of cost, rights and accessibility, so the priority is who wants to be responsible the regulator or the telecom organizations ?


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MYRIOTA: SAVCF Portfolio Company Profile
90% of the earth’s surface has no Internet of Things (IoT) connectivity. Existing technology is too expensive, can’t scale, and has insufficiently short battery life. Myriota was founded to revolutionise the IoT by offering disruptively low-cost and long battery life global connectivity.
Myriota is a global leader in low-cost, low-power, secure direct-to-orbit satellite connectivity for the IoT. With deep heritage in telecommunications research, Myriota achieved the world-first transmission of IoT data direct-to-orbit nanosatellite in 2013. The company’s direct-to-orbit patented satellite IoT connectivity makes data accessible to everyone by land, air or sea.
The South Australian Venture Capital Fund (“SAVCF”) invested in Myriota in March 2018. Alongside other investors including Hostplus, Main Sequence Ventures, In-Q-Tel, Inc., Right Click Capital, Singtel Innov8 and Boeing HorizonX, the SAVCF provided funding in the company’s Series B round. Further information on Myriota’s Series B round can be found here
Why the IoT and Space Sector?
Space is a sector that is undergoing a major revolution with rapidly expanding commercial opportunities. The combined benefits of lower cost infrastructure, technological advances and movement from government support to commercial ventures is expanding the potential applications for satellites. .
Increasing global demand for downstream data analytics and communication continues to drive growth of the industry. Since the SAVCF first invested in Myriota, the number of nano satellite launches has increased from 244 to 431 in 2019. As can be seen in the graph above, this trend is expected to continue with 545 nano satellite launches anticipated in 2023.
For a variety of processes including asset tracking, measuring groundwater levels, keeping tabs on weather stations, and remote infrastructure management – sharing and receiving data from remote locations is notoriously time-consuming and expensive.
Myriota has pioneered a new way to retrieve data from anywhere on earth through the connectivity between its constellation of satellites and low-power IoT modules, revolutionizing the way companies share information across multiple industries, such as agriculture, defense, mining, transport & logistics, and more.
Myriota’s network of IoT solutions helps companies across multiple industries realize maximum efficiency and potential, where previously there were cost-prohibitive barriers to urgent solutions. In particular the company’s ability to send a signal direct to satellite instead of through terrestrial networks, with a low energy/battery technology enables low cost monitoring, without tedious battery changing, irrespective of where the monitored item sits.
Myriota plans to accelerate its growth by increasing its current constellation of satellites, delivering revolutionary large-scale IoT deployments, and expanding its global operations.
Myriota’s Executive Team
Myriota has a strong executive team with deep technical expertise and complimentary commercial skills gained in the telecommunications, manufacturing, retail and agricultural industries.
Since 2018 Myriota has grown its team from 9 to 40 staff, and appointed Pam Melroy, former NASA astronaut and one of the only two women to ever command a space shuttle, to the Board.
We believe Myriota has key advantages in the market and a strong team that makes it well placed to capture this growing opportunity.


There are active and passive crossovers. Crossover are devices (or networks) to split a signal in signals with different bandwidths, for different drivers in the loudspeakers.
Passive crossovers have only passive components. Without active components the signal can only be attenuated, never amplified. In practice the gain is always lower than one, because there is always some insertion loss. (Actually, a passive crossover can have some gain in a small bandwidth (a peak) if the crossover acts as a resonator. And a crossover can also give peaks in the response at the crossover frequency when the sound of the different drivers add up).
Active crossovers have also active components and give much more possibilities, especially, amplifying a certain bandwidth.
Crossovers can be placed anywhere in the audio chain. A usual place for a crossover is between power amplifier and loudspeaker drivers, in the loudspeaker or as a separate device. And because of the high voltages, high currents and high power, crossovers placed after the power amplifier are passive crossovers.
Another place for crossovers is before the power amplifier, and then you need more power amplifiers. Now the crossover only has to deal with low level signals which makes the use of active devices possible. So active crossovers are usually placed before the power amplifiers.
A crossover can also be placed before the digital to analog conversion (DAC), which means you need more DAC’s (a multi-channel DAC for stereo). This opens up even more possibilities, like very high order filters with very high precision (without extra components) and time alignment.
Why active crossovers?
The actual question should read: Why passive crossovers? Because I don’t see any reason, sound wise and cost wise (more on this later) to use passive crossovers.
The only possible reason to use passive crossovers is because lot of others use passive crossovers in their speakers, and by doing that also, you can mix and match amplifiers with that type of loudspeakers.
On the other hand, the main reason for me for using (digital) active crossovers is that it gives far more possibilities to mix and match: drivers, enclosures, power amplifiers, DACs, DSP-hardware, filter algorithm implementations and filter specifications. And now even level dependent crossover frequencies are possible. The only ‘problem’ in using off-the-shelf loudspeakers that I have to pass the crossover.
Active crossovers are more common in the professional market. And in the mean time there are more and more active speakers where crossover, power amplifier and drivers are integrated into one box: subwoofers, wireless speakers, computer speakers, but also hifi and audiophile speakers. Bi-amped two-way and tri-amped three-way loudspeakers also need active crossovers.
Passive crossovers are unstable
Crossover filters are designed to a specific load impedance. But the impedance raises and lowers with the average power of the music. Between 90 % with 102 dB efficient drivers, till 99.9 % with 82 dB efficient drivers, of the power is turned into heat, which makes, in the worst case (a power compression of 6 dB), the impedance four times higher. The raise of the impedance influences the cutoff frequency of the crossover filter and/or the rolloff curve of the crossover filter.
Passive crossovers suck up power
Passive crossovers suck up power of the power amplifier. The passive crossover operates between the power amplifier and the loudspeaker drivers. Drivers normally have a nominal impedance of 8 or 4 ohms, so one ohm or a part of an ohm resistance for the crossover suck up a lot o power. Better coils for passive crossover ar between 0.2 and 0.5 ohm. So, an 0.4 ohm coil with an 8 ohm driver costs 5 % of the power, and with a 4 ohm driver 10%! And besides that, the most efficient drivers of the loudspeaker get a resistor in series to temper its efficiency to equal it to the driver with the least efficiency.
Passive crossovers are expensive
The passive crossover must deal with high voltages, high currents and high power and needs very expensive components to sound good under those circumstances.
Active crossovers make more efficient use of amplifiers
The usual argument against active crossovers was that you need more amplifiers which raises the costs.
An example. Suppose you have a two-way loudspeaker with two 4 Ω drivers and that you have a signal that requires 20 V and 5 A for each driver (for example a sine for the woofer and a sine for the tweeter). In the case of an active crossover you need two amplifiers each capable of delivering 20 V and 5 A, which is 100 W. And a power supply to feed two of those amplifiers. In the case of passive crossovers one amplifier must handle the combined signal: 40 V and 10 A, which is 400 W. Actually, you need some more, because there is a passive crossover between the power amplifier and the drivers. And you need a power supply feeding four times the power of one amplifier in the active case.
So, in the passive case you need only one amplifier in stead of two (for that two-way loudspeaker), but it must have at least a four times bigger power handling and a power supply with at least double capacity. And this is a two-way case.
In the case of a three-way with passive crossovers, the amplifier must be (at least) nine times as big and the power supply three times as big.
In the case of a four-way with passive crossovers (or three-way and sub), the amplifier must be (at least) sixteen times as big and the power supply four times as big. An active four-way system with 100 Watt amplifiers is the equivalent of about 1600 Watt in the passive case! In practice, the crossover frequencies are not chosen for equal distribution of power over the drivers, but you get the point.
So, passive crossovers need much bigger amplifiers, bigger power supplies and very expensive crossover components to handle the high powers.
Or, the other way around, with active crossovers you can easily create large amounts of headroom in the amplifiers.
Active crossovers give better clipping behavior
If, despite the extra headroom, an amplifier of one of the drivers clips, the signal for the other drivers stays clean.
The tweeter is most sensitive to added harmonics, but the tweeter amplifier is the least likely amplifier to clip. If the woofer amplifier clips, the tweeter doesn’t get more harmonics.
Active crossovers give better intermodulation behavior
Each amplifier has only a part of the total bandwidth, so there are less modulating signals per amplifier. For example, if you have two tones, one for the woofer and one for the tweeter, they are separated in different amplifiers, so there cannot be any intermodulation between those tones.
And if there is intermodulation, there is only intermodulation for that particular driver.


Cougar-640: Lowest noise, highest sensitivity
The Cougar-640 excels in performance for any R&D spectroscopy or semiconductor failure analysis task. These demanding applications where very low light levels need to be measured, require cameras with low dark current, low noise and best response in the SWIR range. All of these features are now combined in one single camera.
The in-house developed InGaAs detector of the Cougar-640 is optimized for 77K operation, using Liquid Nitrogen (LN2) cooling and is based on a SFD (Source Follower per Detector) read-out topology for ultra-low noise levels ever seen (15e-). Integration time of several hours is possible with the RWI (Read While Integrate) feature with non-destructive readout and very low dark current of less than 10e-/second.
The Cougar-640 features a high image resolution of 640 x 512 with a 20µm pixel pitch and full 24 bit ADC. Camera interfacing is provided via standard CameraLink for ease of integration.
- InGaAs detector
- 98% pixel operability
- 0.9 to 1.55 µm sensitivity
- 640 x 512 pixels
- 20 µm x 20 µm pixel pitch
- 125 kHz pixel clock frequency
- CameraLink interface
- Low noise: 15 e- (T=77K, Tint=50µs)
- LN2 cooled
The low noise and high sensitivity levels of our Cougar-640 guarantees that this SWIR InGaAs camera can be easily integrated in following applications:
- Raman spectroscopy
- Low light level SWIR imaging
- High resolution imaging spectroscopy
- Failure analysis via photon emmision or electro-luminescence


PLEASE NOTE THAT THE CENTER TWO AISLES of the Church are equipped with an Induction Loop System designed to work with many hearing devices. The System transmits the spoken word directly to a hearing aid if it is equipped with a T-coil. With the flick of a switch the telecoil-equipped hearing aid switches from a microphone to a telecoil mode. Your audiologist can confirm if your hearing aid is compatible
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Our Mass Times[/ninja-popup]
The Eucharist is the center of our Catholic worship. [ninja-popup ID=495]Click here[/ninja-popup]for our schedule of Masses, Confessions and other worship services.


Voice apps are pivotal to reaching consumers with this growing voice technology which is seen mostly through Amazon’s Alexa, Apple’s Siri, and Google’s Assistant. This emerging trend represents how it will soon be as essential as a webpage or even a mobile application. We understand this new yet important emerging technology, and there, at DataVizz, we help you build advanced, intuitive, and foolproof voice apps that can be customized as per your unique requirements.
Voice technology will be surrounding us, right from our mobile phones, to cars and everywhere possible. Sooner or later, the companies that do not offer voice-integrated services would be similar to those that do not have a website or mobile app for their business. And, eventually, their brand recognition value is greatly affected. In simple terms, you’ll need Voice technology to compete with the rest and secure your position in the market. We provide such a specialized voice application development team delivering voice-enabled applications. We can build intelligent and customized voice assistants for you with the best use of next-gen voice technologies. We help you be future-ready by helping you leverage the best use of powerful voice technologies.
Integrating voice assistants with business operations has become crucial. We help businesses to adapt to such business needs by providing effective and reliable solutions. Our team of accomplished developers analyzes the primary problems a business faces and formulates the most suitable voice technology solutions for you. They proceed by planning and designing the interface, trying to make it as interactive and self-proficient as possible to facilitate communication through the simplest of voice prompts. Before finally incorporating the final interface, it goes through rigorous tests to counter any possible inefficiencies.
The requested action happens in a fraction of seconds due to a touchless process.
Voice assistants enable people to access apps and sites faster and easier.
These applications are scalable which enables developers to accommodate changes in the future.
Boosts the brand image of the company thus improving its revenue positions and marketability.


ASI specializes in the design and implementation of Radio broadcast facilities, working alongside architectural and civil engineers, we offer a turnkey service to put your broadcast on air delivered to exact time & budget.
On air Studios for regional broadcasting, with studio interlink and communications, telephony systems, separated recording booths for presenter and guests.
Facilities for record / playback / dubbing, for the editing & preparation of broadcast media / content.
MASTER CONTROL ROOMS
MCR control solutions for multiple operations, scheduling, and transmission control.
ASI supplies small & medium OB Broadcast vehicles using standard commercial vehicle chassis to the customers preference, for larger OB vehicles custom built trailers with standard tractor units. Trailers can be of rigid or single/double expansion
SMALL OB VEHICLES
Fully coach-built, self-contained Outside Broadcast Vans suitable for 2 to 6 full camera systems. Complete with air conditioning, power, hydraulics, internal & external services.
MEDIUM OB VEHICLES
Fully coach-built, self-contained Outside Broadcast Vehicles suitable for 5 to 8 full camera systems. Complete with air conditioning, mains, hydraulics, internal & external devices.
Fully coach-built self contained Outside Broadcast Vehicles suitable for 5 to 8 full camera systems. Complete with air conditioning, mains, hydraulics, internal & external devices.
ASI specializes in the design and implementation of Television broadcast facilities utilizing the latest technologies developed by leading manufacturers. ASI endevours to exceed expectations by providing flexible and reliable solutions delivered to exact time and budget.
From consultancy through to handover, every type of acquisition method, video format, and transmission type is implemented and engineered to our customer requirements, whether its a standard definition tape based solution, or a more efficient high definition tapeless workflow solution, look no further. ASI can also integrate multiple transmission options for your broadcasting requirements.
MASTER CONTROL ROOMS
Streamline your workflow and take full control of your TV channel transmission, at the heart of your broadcast operations. ASI can provide our customers the necessary tools and environment to get your content to your audience using ASI industry standard products and systems.
Post production solutions for ingest, fast and shared storage,
multi-format editing, disk authoring, and music production.
Whether you are looking to reduce energy costs, increase comfort, or manage light control solutions, ASI systems offers the flexibility you need with the energy savings you want.
Post production solutions for ingest, fast and shared storage, multi-format editing and disk authoring, includes, software’s, and hardware. Brands include, Avid, Sony, Apple, Adobe, Blackmagic design, Edirol and many more.
On / Off air monitoring & recording studios are supplied for various operations including multi source selection Audio and Video, with customized control desks built to customer requirements.
ASI operations extend to the implementation of transmission solutions for professional broadcasters. Each and every planned project has a structured approach working alongside manufacturers with proven records for reliability, and ongoing operational support
ASI works alongside major US / Canadian, and UK Transmitter, Tower, and Antenna manufacturers, providing complete solutions, fully commissioned with guaranteed support. We can ensure a safe and operational upgrade by providing the right combination of transmission design and installation services.
ASI works alongside US, Canadian, and UK Transmitter, Tower, and Antenna manufacturers, providing complete solutions, fully commissioned with guaranteed support. We can ensure a safe and operational upgrade by providing the right combination of transmitter design and installation services.
ASI has extended experience in providing fixed ground stations encompassing systems for broadcast uplink and downlink requirement including analogue and DVB digital for audio and video contribution and distribution, teleports, internet backbone and solutions for Direct-to-Home applications.


VHF Radio Etiquette
VHF Radio is an important element in your boating experience. It is the tool through which you’re kept informed about changing weather conditions. It offers you access to instant information that’s necessary to your sailing. Whether the weather is bad, there’s traffic or some hazard on the way, the VHF radio comes to your rescue in all of those instances.
With the VHF radio, you can rest assured that you’re connected to professionals looking out for you. Also, in cases of emergency when you’re far out on the sea, the radio is how you can connect back to the base and request for help.
This makes it highly necessary that you know the etiquette guiding the use of the radio. The radio might feel exciting, but it is not a toy. It is not something you can use as you please. There has to be a way, guiding your usage. This is why there are regulations guiding the use of the radio.
To ensure that people abide by the rules, there are fines for the wrong use of the radio. These fines help secure compliance on the part of the users. That way, you know you cannot play with your radio. The reason for this is that the radio is a serious element. Since it deals with serious issues like hazards and weather conditions, the boat authorities cannot afford cases where there are fake alarms.
This will reduce the efficiency of the radio. As such, with rules in place, the authorities can rest assured that all voices that come through the radio are reporting something important and serious. This gives their actions accurate direction.
There are standard ways to communicate using the VHF radio. Start by putting the radio on through the knob. Keep turning the knob till the static no longer makes the sound. Once it stops, tune the radio to channel 16, which is the channel that the marine authorities monitor.
Before leaving the shore, perform a check on the Radio to ensure that it’s in perfect condition. You can do this using other channels except channel 16 so that you don’t cause a false alarm. Test the radio and be sure the other person hears you from their end. This is to ensure that the radio is in good condition and useful for you.
Listen well and carefully. It is important that you first listen to the radio to check if there is an existing communication. This is to make sure you do not interrupt if there is one. Put the radio to watt-power and get the microphone set. By keying the microphone, it makes it ready for use. Always ensure you radio-check 3 times by stating your name and location the 3 times.
After calling and checking in, you’ll have to wait for a response to be sure someone heard your call. Remember that for communication establishment, the channel frequency to call for VHF is channel 16. Once communication is established, you can carry on with what you need to report if there is one. You can also use the radio with other channels, as well as other boats.


Britain leading smart energy revolution
New SMETS2 metersBritish Gas is the first UK energy supplier to install the next generation of smart meters. These new meters meet a new set of specifications known as SMETS2 (smart metering equipment technical specifications 2). The new meters have a number of important advantages over first-generation SMETS1 meters. Critically, the meters act as the basic infrastructure necessary for a renewable energy revolution. In the future, the meters will change the way we consume energy and make the energy network more efficient. For now, the new meters iron out some of the problems with the old meters. First, they enable seamless switching between suppliers and don’t become ‘dumb’ if a user switches their energy supplier. The new meters also offer a higher degree of security, adding a layer of protection to household and business data.
Smart energy revolutionSmart meters collect data, enabling homeowners and businesses to understand and alter their energy consumption habits. But with the next generation of smart meters, this data can go further and can be used to harness household solar power, battery packs, and electric vehicle charging systems. The rollout of smart energy meters is an important precursor to achieving a smart and efficient smart grid. In future, with more widespread adoption of solar panels and batteries, more homes and businesses will become energy suppliers as well as consumers. The new smart meters will allow distribution network operators to monitor changes in supply - including supply from individual solar panels – and demand. They will help eliminate waste in the energy system, reducing the need for new power stations and cutting down on our reliance on imported energy from abroad. In the future, smart meters will also help us save money because linked up smart appliances will be able to communicate with smart meters. As time-of-use tariffs are rolled out, smart meters will be able to tell appliances when to turn on to take advantage of cheaper energy. For example, a smart meter may tell a pre-loaded washing machine to turn on in the middle of the night when demand on the rest of the grid is at its lowest point. Smart meters can also be used to control the charging of electric vehicles to get the best value for money from the smart energy grid.
Published by Utility Helpline on (modified )
Wholesale Energy Prices Update 07/05/2021
Wholesale Energy Prices Update 30/04/2021
Wholesale Energy Prices Update 23/04/2021
Wholesale Energy Prices Update 16/04/2021
Wholesale Energy Prices Update 12/03/2021


The coating is ideally suited for bulk-micromachined devices or surface
micromachined devices obtained from dry etch-release. This coating is
stable to as high as 400 oC in air.
Coating 2: the coating is designed for MEMS devices obtained
from aqueous HF etching. The coating possesses similarly thermal stability
as coating 1.
Coating 3: the coating is ideally suited for silicon based MEMS
devices from surface micromachining obtained from aqueous HF release
etch. It is optimized for exceptionally low surface energy (H2O contact
angle 110 - 125 degrees) and low friction coefficient (~0.01).
How to do business with MicroSurfaces:
1) Coating services: you send us unfinished MEMS products (e.g., at the die level or before packaging). We will provide the critical anti-stiction and anti-drift coatings and send the coated devices back to you for the completion of your manufacturing process. Cost of the service will depend on both time and volume.
2) License: We will license our coating technology and/or supply
coating equipment to the customer and assist the customer in implementing
the technology. We will continue to work with the licensee to monitor
any coating issue and make future coating technology from MSI available
to the licensee.


With Microsoft Teams, we’ll customize your company’s digital workplace with all the apps you need to meet, chat, call, share, take notes, and collaborate—all in one platform.
Make collaboration easy.
Microsoft Teams Chat
Stay in constant communication across teams no matter where work may take you. Reduce email clutter and hard-to-find threads by utilizing instant messaging functionality. Share your personality — and make work fun — with gifs, stickers, and emojis in a group chat or one-to-one messages with team members.
Microsoft Teams Meet
Instantly go from group chat to video conference with the touch of a button. Whether you’re a team of two or a team of 10,000, you can all meet in one place online. Share your screen during the meeting and share the meeting notes and recording afterwards to stay organized and always ahead of the game.
Microsoft Teams Call
With both voice and video calling, you can call team members from Microsoft Teams, Microsoft Outlook, or simply your mobile phone. You also have the capability to make and receive phone calls to your Microsoft Teams app. It’s secure, reliable, and rich calling that allows you to manage cloud phone calls in one central location.
Microsoft Teams Collaborate
Easily find, share, and edit files in real time using familiar Microsoft 365 apps like Word, PowerPoint, and Excel. Work better together across shared documents, calendars, and files. Automate routine tasks and create or integrate new apps to simplify workflow.
Stay productive anywhere, all the time.
Schedule a free 15-minute consultation with one of our Microsoft Teams specialists today.


Modern industrial spaces demand smart, efficient, and resilient flooring solutions. As industry evolves, we’ve seen technology play a crucial role in shaping various aspects of operation – even down to the flooring. This post explores how tech-driven smart flooring solutions, including mezzanine floors, are revolutionizing industrial spaces.
The Significance of Smart Flooring
So why is smart flooring essential in today’s industrial spaces? The answer lies in its ability to provide an innovative platform that integrates functionality, durability, and tech-based features. These factors combine to make industrial environments safer, more efficient, and adaptable to changing requirements.
A great explanation of the significance of smart flooring can be found in this Forbes article. It details how the future of data collection might just be beneath our feet.
Tech-Driven Solutions for Industrial Spaces
Technological advancements continue to transform the industrial landscape. In the realm of flooring solutions, they introduce a new level of innovation, productivity, and safety. Our recent blog post offers more insights into various SOAP advancements and innovations that play a part in this transformation.
Sensor-embedded flooring is an excellent example of smart flooring technology. It’s designed to monitor conditions and activities in real time. This BBC article highlights how sensors embedded in flooring can gather data, detect irregularities and initiate appropriate responses, effectively improving safety and efficiency.
The Internet of Things (IoT) plays a significant role in smart flooring solutions. IoT-enabled flooring systems can connect with other devices, providing real-time feedback and automated responses. For more on IoT, you might like our post on IoT automation in building maintenance.
Given the high traffic in industrial spaces, hygiene is paramount. Antimicrobial flooring solutions, with their inherent ability to resist bacteria and other microbes, become an integral part of smart flooring solutions. Here’s a piece from Architecture and Design detailing the future of antimicrobial flooring.
The Role of SOAP in Smart Flooring Solutions
SOAP (Simple Object Access Protocol) has a crucial role in the technological drive of smart flooring. SOAP APIs facilitate communication between devices, crucial for IoT-enabled flooring.
Interested in how SOAP works in such scenarios? Check out our step-by-step guide for switching to SOAP.
SOAP and Sensor-Embedded Flooring
SOAP APIs can interface with sensor-embedded flooring, enabling the transmission of sensor data to management systems for analysis. Our piece on high-performance SOAP web services in industrial settings delves deeper into this subject.
SOAP and IoT-enabled Flooring
In IoT-enabled flooring, SOAP provides the communication protocol between the floor sensors and the central system, allowing real-time updates and feedback. For more on this, our article on SOAP’s role in enterprise application integration might interest you.
The world is witnessing a new era in flooring solutions, driven by cutting-edge technology and digital transformation strategies. By integrating these smart flooring solutions, including mezzanine floors, industrial spaces can significantly enhance safety, efficiency, and productivity.
SOAP, a pivotal enabler of communication in these scenarios, continues to shape the tech-driven approach to flooring solutions. Want to keep up with SOAP and related tech news? Don’t forget to visit our latest tech news roundup.


It is possible to reduce data usage by utilizing the sound quality settings and the offline playback (music download) feature.
Adjusting sound quality
With AWA, it is possible to set the sound quality of your streaming playback.
It is possible to select from Low (64 kbps), Normal (96 kbps), High (128 kbps), and Excellent (320 kbps). It is possible to limit data usage by selecting "Low" or "Normal" for regular use.
By turning on "Switch to 320kbps on Wi-Fi", it is also possible to set it so that when you are connected to your regular cellular data, it will limit data usage with the “Low" or “Normal" setting, and when you are connected to Wi-Fi, it will automatically stream with the high-quality “Excellent" setting.
For details on how to set the sound quality, please click here.
Offline playback (music download)
In addition to setting the sound quality, by downloading in advance the songs, albums, and playlists that you frequently listen to, it is possible to listen to them without using any data (offline playback).
* In order to use the offline playback feature, you will need to register with the Standard plan.
For details on how to use the offline playback, please click here.


IoT Improves Business Innovation, Increases Competitive Edge, and Lowers Total Cost of Ownership
The IoT can be defined as web-enabled devices that collect, send and act on data they acquire from their environments using embedded sensors, processors and communications hardware. IoT is one of the fastest growing technologies worldwide. BI Intelligence forecasts the number of active IoT devices to grow to 10 billion by 2020 and 22 billion by 2025.
The Expanding Revolution
One of the major contributing factors to this explosion in devices is the advent of 5th generation wireless (5G) that will transform the connected landscape with a significant leap in available capacity for these networks to transmit data. These wireless “superhighways” will carry all types of new applications allowing for the explosion in devices.
The introduction of electricity brought revolutionary changes to the way people live and work. The advent of 5G will usher in waves of new gadgets and applications, creating a transformation of similar magnitude. Interrelated machines, objects, animals and even people provided with unique identifiers (UIDs) can transfer data over the network without requiring human-to-human or human-to-computer interaction.
In fact, IoT is a central component in what journalists are calling Industry 4.0: a fourth industrial revolution. The first industrial revolution (mechanization through water and steam power) evolved into the mass production and assembly lines using electricity in the second. The fourth industrial revolution takes what was started in the third with the adoption of computers and automation and enhances it with smart and autonomous systems fueled by data and machine learning.
Smart Offices, Classrooms, Buildings, Cities
As artificial intelligence (AI) moves mainstream, the ability to analyze patterns, recognize problems and opportunities, and dictate new strategies will create unprecedented abilities to prevent operational issues, secure information, reduce waste, and improve planning.
Manufacturers are adding sensors to the components of their products so they can transmit data about how they are performing. This can help humans (or robots) spot when a component is likely to fail and to swap it out before it causes damage. Companies can also use the data generated by these sensors to make their systems and their supply chains more efficient, having much more accurate data about what’s really going on.


TextMo SMS is the smart phone SMS text messaging app from TextMo.net & WholesaleSMS.co.uk.
It provides a simple to use interface for sending text messages anywhere in the world!
Whether it's for single messages or bulk messages to hundreds of thousands of recipients TextMo SMS is the perfect tool via APP or web to get the results you need and is ideal for sending customer alerts, updates, promotions, marketing and many other uses for businesses, clubs, surgeries, schools etc.
The APP links to your registered account and enables you to send to individual numbers, existing recipient lists you have previously set up or to add multiple numbers manually to send to.
You can choose to send the message(s) immediately or schedule them for another date/time and full reporting is available instantly in your user web account portal.
Sign up now and get FREE sms credits!
TextMo SMS is a free software application from the Office Suites & Tools subcategory, part of the Business category.
The app is currently available in English and it was last updated on 2014-05-23. The program can be installed on Android.
TextMo SMS (version 1.0) has a file size of 1.26 MB and is available for download from our website.
Just click the green Download button above to start. Until now the program was downloaded 2 times.
We already checked that the download link to be safe, however for your own protection we recommend that you scan the downloaded software with your antivirus.


SIM cards are a necessary evil if you want to use your smartphone for calls or getting online away from a wi-fi signal.
Except they’re not.
Thanks to an exciting and relatively little-known innovation called eSIM, SIM cards are well on their way to becoming obsolete.
That means no more messing around with those fiddly little pin-like SIM card port openers, no more scrambling to find a new SIM whenever you go abroad, and no dealing with monolithic telcos. Hooray!
An eSIM – which stands for Electronic Subscriber Identity Module – is essentially a programmable SIM card. It works just like a normal SIM, except it stays in your phone forever.
To change providers or set up a data and call plan with an eSIM, all you need to do is buy your package online and then scan a QR code with your smartphone.
This makes eSIMs ideal for anybody looking to travel for work or play, since your global data plan will follow you wherever you go.
And there are many other advantages besides, including the added security that eSIMs provide.
Whether or not you realise it, the traditional SIM in your phone is incredibly easy to hack, and smartphone users fall victim to hackers every day through nefarious tricks like simjacking, SIM cloning, and SIM swaps.
It’s pretty much impossible to hack an eSIM, since they require an activation code to set up. Plus, they don’t give up personal information without explicit permission from the user.
Interested? There’s a growing number of eSIM providers out there which you can find on esims.com, including Nomad, Airalo, Maya Mobile, Simtex, and RedteaGO, Apple’s official eSIM partner.
Believe it or not, Elon Musk might join this list of providers one day. Starlink – SpaceX’s cutting edge satellite communications system – is reportedly eyeing the mobile network operator market.
One day soon, you could be enjoying cut price global data thanks to the miracle of space lasers. What a time to be alive.


USB C Docking Station 4 in 1 USB-C Dual Display Laptop Docking Station USB Type C Hub Multiport Adapter Dongle with 1 HDMI, 2 USB Ports, PD Compatible with Dell, Surface, HP, Lenovo and More Laptops
- 【4 in 1 USB C Docking Station】: The RUIZILWH USB C docking station is designed with one HDMI、one USB3.0、oneUSB2.0、PD 3.0.
- 【Up to 4K HD Resolution and Dual Display】HDMI port with resolution up to 3840x2160@30Hz, VGA up to 1920x1080@60Hz, backward compatible with displays of different resolutions.
- 【SuperSpeed USB 3.0 Port】: This USB C Macbook Air Dongle is equipped with a SuperSpeed USB 3.0 port, transfer data up to 5Gbps, support USB keyboard, mouse, USB driver, USB hard drive. The USB 2.0 port offers speeds up to 480Mbps, which allows connecting a keyboard or other USB devices without any lag.
- 【High Power Transmission & Gigabit Ethernet】This dock is not only designed with PD 3.0 port, it can provide high-speed charging with the original charging cable, and allows 100W power input, so you don't need to worry about power storage (only for devices with PD protocol) USB C to Gigabit Ethernet Adapter, providing stable wired Ethernet conditions to make your work more efficient. Speeds up to 1000Mbs. Plug and play, no need to install any drivers or software
- 【Super Compatibility】Our docking station has excellent compatibility, compatible with most Type C laptops with Thunderbolt 3 on the market, compatible with MacBook, EliteBook Folio G1 Pixel and Surface, HP, Lenovo, DELLXPS and other laptops . No need to install any drivers or software, just plug and play. It's also made of thin and smooth precision milled aircraft-grade aluminum housing, better for faster heat dissipation and more stable performance
USB C Docking Station 4 in 1 USB-C Dual Display
SKU: Default 180
7,00$Precio de oferta
Solo 1 disponible(s)


In today’s busy business world, interaction is key. Whether you work in a tiny startup or an international firm, remaining connected with coworkers, clients, and also companions is essential for success. This is where video conferencing systems enter into play. With innovations in technology, video clip conferencing has actually come to be a vital device for services of all sizes. In this write-up, we will discuss the advantages of utilizing a video conferencing system.
Among the main benefits of video conferencing is the capability to conduct in person conferences without the need for physical travel. This can conserve companies a significant amount of time as well as money. As opposed to costs hours taking a trip to a different location, workers can just join a video clip telephone call from their office and even from the convenience of their own houses. This is particularly useful for remote groups or organizations with numerous branches spread out across various areas.
Another benefit of video conferencing systems is the ability to host meetings with participants from anywhere in the globe. Whether your clients or companions remain in a different country or on a different continent, you can still link and also work together successfully. This not only saves money on traveling prices however additionally allows for even more regular and also efficient interaction, causing better decision-making and also faster job application.
Moreover, video clip conferencing systems supply functions that improve cooperation as well as efficiency. Screen sharing, data sharing, and interactive white boards are just a few examples of the devices offered in lots of video conferencing systems. These features make it possible for individuals to share concepts, evaluation records, as well as interact in real-time, as if they were in the same space. Such collaborative capacities can significantly improve team effort and also speed up analytical procedures.
Finally, video clip conferencing systems contribute to a greener and extra lasting atmosphere. By lowering the requirement for travel, companies can significantly lower their carbon impact. This is not only useful for the planet yet also for a business’s corporate social responsibility efforts. With the enhancing worldwide focus on sustainability, embracing video conferencing systems is a step towards a greener future.
Finally, video clip conferencing systems have revolutionized the way services connect as well as team up. The capability to perform face-to-face conferences from another location, connect with individuals internationally, boost cooperation, and also add to sustainability are simply a few of the numerous benefits these systems use. By accepting video conferencing innovation, organizations can streamline their communication procedures, save time and money, and also eventually enhance their total efficiency and also performance.


Today while checking the network connections I found something strange. The KeisTrayAgent running on my PC is connecting to some IP Address in the internet. It seemed something strange and I am thinking that there is something wrong with the connections, so did a bit more analysis. Here are my findings
Kies Tray Agent (KiesTrayAgent.exe) is part of the Samsung Keis application suite. Samsung uses the Keis application suite for managing the Samsung Galaxy application suits. I have installed this sometime back for managing the Samsung Galaxy S phone.
The KiesTrayAgent in my PC is connecting to the IP address 220.127.116.11. Why should an agent connect to an external IP address, especially something which manages the Mobile phone? Now I thought the IP address would be located in the Samsung network.
To my surprise, the IP Address 18.104.22.168 is located in the Qatar Doha Qatar Telecom (qtel) Q.s.c network. It is also identified to be part of the ADSL pool
inetnum: 22.214.171.124 – 126.96.36.199
So why is the KeisAgentTray.exe connects to an HTTP service at 188.8.131.52? I have checked up the webpage at this IP address. The access is redirected to a login page http://184.108.40.206/login/
It just give me the above screen. Wrong password; enter password.
My current guess is that either the KeisAgentTray on my PC is compromised. But on a larger scale, it could be that the above file is compromised and unnoticed. What do you say?


The Internet is simply a vast network that connects computers all around the globe. Through the Internet, individuals can communicate with others and share data from virtually anywhere with an Internet connection present. The Internet has become so popular that it is often referred to as the ‘Greenwich Village of the Web’. In a very short time, the Internet has been used for a variety of purposes ranging from social networking to business transactions. With so many people logging onto the Internet everyday, there are more computers connected to the network at all times.
There are different ways to access the Internet. A person can connect through a normal network such as a router or cable modem to a public Internet network or an internal network of a particular organization such as universities or colleges. Then there are other ways to get on the internet, including satellite broadband connections. Some phones also have the ability to access the internet, which is referred to as ‘3G’ technology. Finally, some computers are designed to access the internet wirelessly through a mobile broadband card, known as a Wi-Fi modem.
One of the most popular methods of accessing the internet through computers is through a digital subscriber line or DSL internet connections. This type of connection works by having a phone connection which is managed by the Internet service provider. The ISP will install a special connection in your home or office which allows you to have a digital telephone connection using a modem and phone jack. This is commonly referred to as ‘DSL’ or ‘Digital Subscriber Line.’ Digital Subscriber Line networks are extremely popular because they are highly reliable, highly secured, and cost very little in comparison to other types of computer networks.
Another method of getting onto the internet is through the TCP/IP network or protocol stack. This particular protocol stack is responsible for managing the complex communication protocols that move data between network elements. The TCP/IP protocol stack is based on IP networking and is able to transfer both text and audio information across networks. As with DSL, there are many benefits to using TCP/IP over other types of computer networks including: faster downloads, higher data transmission rates, as well as easier establishment of connections.
An even newer method of getting onto the internet is through the use of SOHO (store-and-forward) services. An example of this is the ‘asiwan’ application, which forwards emails from one computer to another. With the addition of new storage technologies, such as digital certificates, emails can be protected and safely delivered across the internet, using email servers such as the ‘mail servers’ or ‘outlooks’ on Windows-based machines. This also offers security benefits as there are multiple stages of authentication involved which can include verification of sender identity and encryption of the message before it is transmitted across the internet.
Another way of getting onto the internet is through the use of ‘local area networks’ (LANs). LANs connect computers within a certain defined area, often using physical wires that connect each computer to each other. Common examples of LANs are WANs, cable and DSL lines connecting between public switched telephone networks (PSTN), or home user access networks (House).
Another method that is widely used by people on the internet is the ‘traffic detection’ process, commonly referred to as ‘traffic monitoring’. In simple terms, a traffic monitoring uses the capabilities of the internet itself to trace where packets are going and who is sending them. For instance, a particular website may send thousands of requests every second from all around the world. When these are traced back to the exact location of the website’s operator, it is possible to determine where the website is located and what its purpose is.
The internet’s TCP/IP packet layer is made up of a series of levels. Each layer addresses a different aspect of a packet, such as port number, protocol, and security type. The layer also assigns an index that uniquely identifies each packet within the TCP packet, which allows for the tracking of how much data has been sent and received. The TCP layer also controls the security of the internet. For instance, all requests for online services have to pass through the ‘TCP port’ before being able to proceed, and there are several commonly used port numbers, including TCP port number 21 for secure internet connections.


We are constructing an innovative fiber-optic network from the ground up, taking fiber all the way to every home, business, and community served by Dickson Electric. Our fiber buildout project is a multi-year, multi-phase build-out. DES currently serves over 37,000 customers and our service territory includes 2,700+ miles of service lines spanning Dickson, Cheatham, Hickman, Houston, and Montgomery Counties. Given the size of our service territory, our network build is an extensive construction project. Organizing the planning of the construction into phases will make it easier to effectively manage the progression of our project. Dividing our phases up further into smaller zones will help us to provide a better, more customized customer experience as services become available in each area.
Although we would love to be able to tell you exactly when our services will be available in your area, a project of this size has many variables that can impact our timeline. DES’s service territory contains over 2,700 miles of electric distribution lines. Due to its size and many variables, our project will take a projected 3-4 years to complete. Our team is working hard to build and expand the fiber network to our customers as quickly and safely as possible. We will be providing regular updates throughout the course of the project on our website, and customers can also receive location-based updates when broadband services become available in your area by JOINING THE LIST.
*DISCLAIMER: All estimated phasing dates and locations are subject to change based on factors such as supply chain, grant funds, and weather-related delays.


Articles tagged with: Business Transaction
For any business transaction in the modern age, the internet has been that ubiquitous presence that will determine the success and connectivity of that project with the rest of the business world. As a communication tool it virtually has no rival in terms of coverage and potential for penetrating the business marketing models.
There is no serious businessman who believes that technology will not be a competitive advantage in the future. The internet is merely a manifestation of those realities. As the technology develops and new enhancements are added, there will …
Electronic commerce is defined as a conduction of business transaction and communication over computers and internet networks. In simple words, electronic commerce can be described as selling and buying or products and services and transfer of business related commercial documents and funds through digital communications.
Electronic commerce also includes use of the internet and the World Wide Web for manufacturing, marketing, financial negotiations through Teleconferencing, File Transfer, Video Conferencing, interaction via electronic mail (e-mail).


For over 20 years, ICT Reverse has supported a large number of mobile phone operators.
The UK’s mobile phone networks are some of the world’s best, offering nationwide coverage for 3G and 2G, innovative services and attractive monthly and pay as you go tariffs and calls, mobile data and text message allowances.
We are proud to have supported a large number of the major mobile operators on various projects including:
- Trade In
- Trade Up
- Charity campaigns
- End of line stock
- Surplus stock
Due to confidentiality, non-disclosure agreements and the nature of our services we are unable to disclose the names of individual customers.


WTI’s tracking and management system has major areas of expertise which includes the Global Positioning System (GPS) and Telemetry System, the Geographic Information System (GIS), and the recently launched Video Conferencing and Mobile Applications.
GPS and Telemetrics (used for distant measurement) excellently integrate resulting to WTI’s effectivity in moving asset tracking and monitoring, fixed asset security, weather monitoring with a specialized Automated Weather Monitoring System (AWMS) and telecommunications (Global System for Mobile Communications) which enable data to be monitored and displayed at a centralized control center where in turn can be distributed to authorized users through a base station or through the Web.
WTI’s expertise in map-based solutions using GIS makes it the number one support for some Government Offices as well as to Market research Companies. With the success of GPS, Telemetrics, and GIS, WTI has launched its newly developed two-way simultaneous video and audio communication system (Video Conferencing) and the application software development for Mobile Phones.
WTI’s research and development, and core technologies including GPS devices and GIS have been successfully integrated with GSM and the internet to bring you cost-effective and accurate information crucial and specialized to a range of businesses.
As the first in the country to commercially offer digital maps, asset tracking and monitoring systems while continuously developing and specializing based on the needs of the clients, WTI has the strength of supporting the key members of the Philippine business community.


In today’s tech-savvy world, staying connected while on the go is crucial. Fortunately, there is a wide range of smart automotive accessories that can keep you connected, informed, and entertained during your drives. Here are some of the top options:
- Bluetooth Car Kit: Easily pair your smartphone with your car’s audio system using a Bluetooth car kit. It enables hands-free calling, music streaming, and voice commands for navigation.
- Smartphone Mounts: Secure your smartphone with a sturdy mount that allows for safe and convenient access to navigation apps, music, and calls.
- Wireless Charging Pad: Keep your devices charged without fussing with cables using a wireless charging pad that is compatible with Qi-enabled smartphones.
- In-Car Wi-Fi Hotspot: Stay connected with in-car Wi-Fi hotspots Light & Lighting Accessories that provide internet access for passengers and enable on-the-go work or entertainment.
- Smartphone Integration: Many modern cars come with smartphone integration systems like Apple CarPlay and Android Auto, allowing seamless access to apps, maps, and music through your car’s infotainment system.
- Head-Up Display (HUD): Display important information like speed, navigation directions, and safety alerts on your windshield to keep your eyes on the road.
- OBD-II Diagnostic Scanner: Monitor your vehicle’s health and performance using an OBD-II diagnostic scanner that connects to your smartphone and provides real-time data and diagnostics.
- GPS Navigation System: Invest in a standalone GPS navigation system for accurate and reliable directions, especially in areas with poor cellular coverage.
- Rearview Mirror Dash Cam: Capture and review your drives with a rearview mirror dash cam that records both the road ahead and behind your vehicle.
- Remote Start Systems: Start your car remotely using a smartphone app to pre-condition your vehicle’s interior temperature and ensure it’s comfortable when you get in.
- Voice Assistant Devices: Use voice assistants like Amazon Echo Auto or Google Assistant to control smart devices at home, check traffic, and access information hands-free.
- Smart Tire Pressure Monitoring Systems (TPMS): Monitor your tire pressure in real-time with a smart TPMS that sends alerts to your smartphone if tire pressure is low.
- Connected Car Apps: Many car manufacturers offer connected car apps that allow you to remotely lock/unlock your car, locate it, and even start the engine from your smartphone.
- Advanced Radar Detectors: Stay aware of speed limits and potential hazards with advanced radar detectors that provide real-time alerts.
- Emergency Communication Devices: Equip your car with an emergency communication device that can automatically send alerts in case of an accident or breakdown.
These smart automotive accessories help you stay connected, safe, and entertained while on the road. Whether you’re a tech enthusiast or simply looking to enhance your driving experience, these gadgets can make your journeys more convenient and enjoyable.


AbstractIn the last five years, Moroccan e-health system has focused on improving the quality of patient care services by making use of advanced Information and Communications Technologies (ICT) solutions. In actual fact, achieving runtime and efficient information sharing, through large-scale distributed environments such as e-health system, is not a trivial task. It seems to present many issues due to the heterogeneity and complex nature of data resources. This concerns, in particular, Moroccan Hospital Pharmacy Information System (HPIS) which needs to interact with several disparate medical information systems. Service Oriented Architecture (SOA) offers solution that is both flexible and practical to effectively address the problem of interoperability of e-health systems. In this paper, we discuss the limits and challenges of the current Moroccan information system intended for hospital pharmacy. We therefore propose a global Web services-based e-health architecture for integrating different heterogeneous blocks and various data resources of this system. We also present a solution to secure Web services communication using WS-SecurityPolicy.
IJID (International Journal on Informatics for Development) is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License


IPHONE: Iphone X / 8 / 8 Plus
SAMSUNG: Galaxy Note 5 / S6 / Edge S6 / Edge S6 + / S7 / Edge S7 / S8 / S8 + / Note 8
NOKIA: Nokia Lumia 920 / 1020 / 928 / 1520
NEXUS: Google Nexus 4 / 5 / 6 / 7 (2013)
LG: LG Optimus Vu2 / G2 / G3
How to use:
Connect the USB cable to a power source using the supplied AC adapter.
Put your mobile phone correctly on the center of the EnergyPad base.
Remove your mobile phone when it is fully charged.
Using the induction charger every day represents a certain comfort:
EnergyPad ultra-thin wireless induction charger complies with Qi 1.2.2 standard and works well at the ultra-low charging temperature (<4 ° C). As a result, this charger does not get hot during charging to protect your mobile phone. This also allows a high charging efficiency and ensure a charging speed as fast as possible. In the end, just put your device on the charger and go.
Product Net Weigh:30g
Output:DC 5V/1A、9V/1 A(Max 1.1 A)


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✧ High Speed Ethernet Access：RJ45 Access stable connection theoretical maximum speeds of up to 5Gbps through the Ethernet port, complete utilization of Gigabit ethernet connection resources, this RJ-45 port supports 10/100/1000BASE-T networks.
✧ 3* USB 3.0 Port: Fast USB data-transfer speed of up to 5Gbps, compatible with USB2.0/1.1, it can work well with Keyboard/Mouse /Phone/Speaker etc
✧ Wireless Alternative: For connecting to the Internet in Wi-Fi dead zones, streaming large video files, sharing data and more or downloading a software upgrade through a wired home or office LAN. USB-C Ethernet adapter provides faster data transfers and more reliable than most wireless connections.
✧ Supports IPv4/IPv6 Protocols: Dual channel transfer mode, automatic transfer and data stream reversing regulation.
✧ Specifically Designed: Plug and play with no external power required, ultra portable and durable, great for traveling audio engineers. The latest technology and smart devices with USB-C connectivity, perfectly with the new MacBook and many other devices.
USB-C to 3*Port USB 3.0 with 1 Ethernet RJ45 Port Adapter
High Speed Ethernet
1. Connect your computer to superfast network speeds via the built-in gigabit ethernet port.
2. Automatically adapt to 10M/100M/1000Mbps, Gigabit ethernet port provides access to superfast network speeds.
3. USB 3.1 to Ethernet adapter provides faster data transfers and better security than most wireless connection
SuperSpeed Data Transfer
Fast transfer data at speeds of up to 5Gbps through 3*ports. That's fast enough to transfer a full HD
movie in just seconds! You spend less time waiting, more time working.
Windows 7/8/10; Google Chrome OS; Mac OS
NOTE: Windows XP and Windows 7 system need to install the network card driver.
Macbook, Macbook Pro, Chromebook, Samsung Galaxy Tab Pro S, HP Spectre
Huawei Matebook , DELL XPS 2016 13, MIUI Air, Acer Switch SA5-27 etc.
1x USB-C to 3 USB 3.0 Hub with Ethernet Adapter
1x User Manual
USB C Hub DODOWIN Type C & Thunderbolt 3 Adapter to 3 USB 3.0 Ports with RJ45 Gigabit Ethernet LAN Network Adapter Support 10/100/1000 Mbps for MacBook MacBook Pro Chromebook DELL XPS 2016 (Grey) - B078WWC5F6


Understanding Audio Interface Usage
For people making a podcast the most important thing is the sound. Since the entire focus of making a podcast is ensuring that the sound is clear and concise, then using an audio interface can be a critical component in ensuring that the sound is at its maximum capacity for clarity and proper sound balance of all equipment used.
The audio interface is perfect for making sure that all audio equipment for the podcast blends well seamlessly into one portal for recording. Each of the pieces of equipment is then connected to the audio interface in order to make sure everything works well together as each piece of equipment is being used during the podcast creation. The microphones, headphones and portable recorders as well as any musical equipment and speakers are all simultaneously connected to the audio interface system to create the podcast so that all sound flows into one portal and is completely synchronized. When you create a podcast you often need multiple sound feeds, in order to balance the sound feeds an audio interface is a necessity to ensuring the sound is all pitched the same and equalized.
An audio interface takes all of these sound signals and then converts all the digital data and then sends it through the USB port or Firewire port into the computer system being used for the podcast. It then creates digitalization of all the sound streaming through the system so the computer can understand the sound feed correctly. It then puts it all together so that each piece can be used as necessary by the podcast creator through sound integration. The computer treats the audio interface as the soundcard that allows multiple ports for different equipment. If you’re looking for an audio interface to add to your recording arsenal, we’d recommend checking out http://www.pickupplug.com/best-audio-interface/ for a summary of your options.
The Main Equipment Used In The Audio Interface Use
One of the first things to consider when creating a good podcast using an audio interface is getting is a good audio software program. This is a vital part of putting together an audio podcast and will help ensure that the finished product of the podcast flows well and has concise sound that is well integrated.
The next component is a good microphone or two depending on how many people are involved in the creation of the podcast. There are two different mics that are most popular for a podcast. One is a dynamic mic and the other is a condenser mic.
Condenser mics are great because they are very defined in sound detail. However, if the background is slightly noisy, they will pick up all of the surrounding sound which can make the power of background noise overwhelming.
By contrast, a dynamic mic is often more suitable because it only picks up the sound that the mic is directed towards without an overreach into background noises. It is important to remember the size of the room used for recording can make a difference in background noise issues. The larger the room and the higher the ceilings are the greater the chance that feedback and echoes can be noted during recording. In general, unless the podcast is being created in a small room, it is a good idea to consider a dynamic mic.
Another great equipment piece that is used for podcasts is the use of a portable recorder. These are a great tool for face to face interviews for any podcast. Portable recording systems allow a greater amount of diversity for on the spot interviewing within a podcast creation. Some people choose to use a high-quality smartphone with a built-in mic or using a high quality external mic to be integrated with the smartphone for greater sound definition. Pickup Plug also has a few options for these devices.
Electrical musical instruments and speakers are generally fed into the same audio interface so that all of the sound is put together in a similar fashion that a sound board acts. This one central sound filter blends all of the sound signals to equalize it and allow it to be properly adjusted for recording.


Cheap International calls
Quality and Cheap International calls
Make easy, high quality international calls from just 2p per minute from the UK to landlines and mobile phones across the world.
Calling From Landlines
simply select the country from the drop down list above, for example Australia.
Dial the country access number, for example, 08448381292 calling a landline.
Dial country code including "00" plus phone number, for example, 0061xxxxxxxx.
Get connected and start talking.
Calling From Mobile Phones
You can top-up using your monthly mobile phone contract or Pay As You Go service and start making cheap international calls from your mobile phone fro just 0.5p a minute!
To top-up with £5.00 credit, text the word “onetime" once to 80550
To top-up with £5.00 credit, text the word “onetime" once to 80041
You will then receive a London access number and a PIN
To Make a Call Abroad
Dial access number then dial country of choice
Connect and start talking
You can use your credit to call from a different mobile or landline, simply by keying in your PIN after dialling the access number provided in the text


Enjoy powerful wireless audio with the light chrome Devialet Phantom I 103 dB Wireless Speaker. It outputs up to 480W of RMS power and features Wi-Fi, AirPlay 2, and Bluetooth wireless connectivity, plus an optical input and wired Ethernet. Spotify Connect is also onboard, and the Phantom I can be controlled wirelessly by the Devialet app.
From Revolution to Reference
- AirPlay 2: Apple users can enjoy an additional layer of control over their Phantom with AirPlay 2. Create a custom multiroom set-up by directly streaming audio from the control device (iPhone or iPad) to numerous AirPlay 2-connected speakers, including the Phantom.
- Spotify Connect: Spotify users can stream their favorite playlists on their favorite speaker with the help of Spotify Connect. All that's needed? The app and a Wi-Fi connection.
- Roon Ready: In addition to UPnP and the analog/optical input, Phantom owners are able to enjoy 24-bit-sample-rate music using Roon's streaming protocol. Phantom connects to Roon seamlessly, without any configuration steps, allowing users to enjoy perfect hi-res sound with ease.
- UPnP: With Universal Plug and Play, or UPnP, users can switch to a third-party application to play music hosted on their local networks. In other words, with the help of a UPnP controller application, Phantom is able to communicate with an external hard drive.
As the Artist Intended
Expand Your Horizons
Your Music, Where You Want It
- Multi-Zone Play lets you group any Phantoms and feel the sound sing throughout your space.
- Single-Zone Play lets you mix and match your Phantoms in a single space for a next-level sound experience.
- Individual Play lets you have jazz playing in the kitchen while a podcast is being devoured on the couch. And everyone can control their own volume and manage zones right from the Devialet App.
The Devialet App: Your Sound, Your Way
A Clear Path
The Best of Both Worlds
Welcome to the Deep End
- Devialet DAC embedded in Devialet intelligence Processor – 24-bit/96 kHz, -112 dB THD
- 0 saturation, 0 dB background noise SPL at 50cm (-15.5 dB SPL at 3m)
- Devialet Operating System 2 (DOS 2) up to 24-bit/48 kHz
- ARM Cortex-A9 MPCore 800 MHz dual-core processor with hard IP, FPGA in a unique system-on-chip (SoC) Cyclone V 512MB DDR3 memory
- Composite body with a glass fiber-filled polycarbonate internal skin, ABS external skin, aluminum central core, and polished stainless-steel sides
- Phantom synchronization via Wi-Fi, Ethernet, or PLC
- Supports 24-bit/48 kHz Hi-Res audio via Roon Ready, UPnP Renderer, and optical
- Apple Lossless, MP3 VBR, and HE-AAC (V1) playback
- CPL HomePlug AV2


As vehicles are increasingly computerized, researchers and industry officials consider it inevitable that cars will face the same vulnerabilities as PCs. Internal computer networks monitor and control everything from brakes, engines and transmissions to air bags and keyless-entry functions. Wireless connections, meanwhile, are becoming more common in reporting a vehicle’s position or providing information about the car’s functions. Some auto companies are creating applications to allow users to control some features in their car with their smart phone.
- Cars can be hacked and remotely controlled, researchers find
- Auto industry guards against hacking
- Could the computer in your car be hacked?
- able to “bypass rudimentary network security protections within the car”
- “adversarially cont” adversarially control a wide range of automotive functions and completely ignore driver input — including disabling the brakes, selectively braking individual wheels on demand, stopping the engine and so on”
- an attack could embed malicious code in a vehicle and then erase any evidence of its presence after a crash
- found ways to compromise security remotely, through wireless interfaces like Bluetooth, mechanics’ tools and even audio files.
- In one example, a modified song in a digital audio format could compromise the car’s CD player and infect other systems in the vehicle.
- Researchers were able to “obtain complete control” over the car by placing a call to the vehicle’s cell phone number and playing an audio signal that compromised the vehicle.
- showed vulnerabilities of in-car wireless networks that operate tire-pressure monitoring systems that tell motorists if their tire needs more air. From a distance of 40 meters, they bypassed security to tap into information identifying the tire and tire pressure of cars driving down the road.
- “I hope it’s more of a warning for the engineering groups that certain systems are vulnerable,” said Ivan Seskar, associate director for information technology at the Wireless Information Network Laboratory at Rutgers University.
- “When people first started connecting their PCs to the Internet, there wasn’t any threat, and then over time it manifests,” said Stefan Savage, a University of California, San Diego, computer science professor who conducted the research. “The automotive industry, I think, has the benefit of the experience of what we went through.”
Research Papers can be accessed from here. The project Electronic Vehicle Controls and Unintended Acceleration has been completed and the reports have been generated that can be read from here:
- the need to secure the security software components on board the cars (starting system, braking system, and ABS urgency braking system…)
- the securing of the control station updates for the manufacturer car dealers.
- the need for quality control by software certification especially for subcontracted software.