FOUR PORT RFID READER
It is a high performance UHF RFID fixed reader. It is designed upon
fully self-intellectual property. Based on proprietary efficient
digital signal processing algorithm, it supports fast tag
read/write operation with high identification rate. It can be
widely applied in many RFID application systems such as logistics,
access control, anti-counterfeit and industrial production process
F5860H is a four port UHF RFID fixed reader, which embeds the M2240
module. Its communication interfaces can be USB, RS485, RS232, and
100M Ethernet, etc.. It has four TNC antennae interfaces, with a
protection level of IP64. Aluminium alloy of the whole body makes
this reader more rugged and durable as well as the excellent heat
dissipation capability, antijamming capability and lightning-proof
F5860H is suitable for RFID intensive and more challenging
environment and required a higher reading/writing performance, such
as warehousing, logistics, production line management, etc..
1: Employed IMPINJ R2000 RF Chips, up to -82dbm receiving
sensitivity and the highest performance in this field make this
module more suitable for harsh application environment.
2: Remarkable performance, can achieve a reading distance over 8m
for single tag reading with 8dbi RF antenna.
3: Remarkable performance in intensive taps reading can attain a
tags identification rate of 400tags/s.
4: Provide the most comprehensive functions SDK and ports, easy to
integrate RFID software.
5: Adopted integrating RF chip, module performance is more stable,
and more suitable for harsh application environment.
6: The use of carrier wave cancellation technology makes the tags
reading more accurate and reading scope wider.
7: Provide four TNC antennae interfaces, users can achieve superior
reading performance with less equipment deployment.
8: Enhanced noise suppression function for reliable data capturing.
9: High precision return signal strength (RSSI).
10: Excellent performance of anti-interference and lightning-proof
11: Aluninium alloy enclosure, rugged and durable, remarkable
performance of heat dissipation.
12: Aesthetic appearance, easy to install.
EPCglobal UHF Class 1 Gen 2 / ISO 18000-6C
Supporting Working Area
China 1, China 2, US, Canada and other regions
following U.S. FCC, Europe and other regions
following ETSI EN 302,208 with & without LBT regulations ,
Japan, Korea, Malaysia, Taiwan
Software adjustable,step interval 1.0dB, maximum +30dBm
Output Power Flatness
RF Port Standing
≥10m(with 8dBi antenna)
Interface Communication Rate
Intensive Read/Write Mode DRM
RJ45(100M Ethernet port)
aluminum alloy enclosure
LED indicator light
Red LED for power light
Green LED for the status indication
10 PIN Green Terminal Interface Definition
Model Power Enable
DC +5V Out Put
DC +5V Out Put
Logistics and warehouse management: goods flow, warehouse
management and the flowing management of mail, parcels and luggage
Intelligent parking management: parking management and automatic
Productive lines management: production process fixed identify
Product counterfeit-proof inspection: using memory’s write-protect
functions inside tags and identifying with true-false of products
Other fields: used widely in club management, libraries, students
schools, consumption management, time management, dinner management
and pool management
1. Q:Are you manufacturer?
A:Yes.We are of course manufacturer with our own R&D team and
factory in shenzhen.
2. Q:Can you provide application software for the hardware?
A:We provide free SDK and User manual of all API to support your
development or programming.
3. Q:What is the warranty?
A:The warranty time is 1 year without man-made damage.
3. Q:Does the device have the language default as English?
A:Of course, our device supports multi-language such as
English,Spanish, Portuguese ,French, German,Polish,Japanese,
Russian and so on.
4. Q:Can your device install the Android Apps that our customers
A:No problem. Just send us your Apps which you need to get the
liscense of the apps and then our Engineers can do that for you.
If you have any other question about our products,please don’t
hesitate to contact us.We will be more than happy to serve you.
Shenzhen Sanray Technology Co., Ltd. is a high-tech enterprise
specializing in the development, manufacture and sales of to
quality UHF RFID products and active RFID products. We focus on the
development and sales of UHF RFID modules, readers and tags, and
2.45GHz RFID readers, tags, etc. We spare no efforts on the supply
of RFID products with various functions and high reliability to our
cooperation partners. Also we provide the clients in fields of
libraries, financial units, mass production and logistics with
comprehensive intelligentized solutions.


The Aruba 310 Series access points deliver high performance and superb user experience for mobile devices, Internet of Things (IoT) devices, and applications in dense office environments. Featuring the 4×4:4SS MU-MIMO capability, advanced Aruba ClientMatch radio management, and Aruba Beacon technologies, the 310 Series enables an all-wireless digital work environment in a cost-effective manner.
With a maximum concurrent data rate of 1,733 Mbps in the 5 GHz band and 400 Mbps in the 2.4 GHz band (for an aggregate peak data rate of 2.1 Gbps), the 310 Series Access Points can quickly add required capacities to your existing or new wireless networks. The mid-range 310 Series, with its single gigabit Ethernet uplink, is ideal for high device density environments, such as schools, retail branches, hotels and enterprise offices, where the organization is cost sensitive.
The high performance and high density 802.11ac 310 Series supports 160 MHz channel bandwidth (VHT160), multi-user MIMO (MU-MIMO) and 4 spatial streams (4SS). It provides simultaneous data transmission to multiple devices, maximizing data throughput and improving network efficiency.
The 310 Series includes the enhanced ClientMatch technology that extends the client steering technology with MU-MIMO client awareness. It automatically identifies MU-MIMO capable mobile devices and steers those devices to the closest MU-MIMO capable Aruba access point. By grouping MU-MIMO capable mobile devices together, the network starts taking advantage of the simultaneous transmission to these devices, increasing its overall capacity. These dynamic roaming policies that are based on device types, help users achieve the best WLAN performance in a mixed device environment during the technology transition period.
The 310 Series also has an integrated Bluetooth Aruba Beacon that simplifies the remote management of a network of large-scale battery-powered Aruba beacons while also providing advanced location and indoor way finding, and proximity-based push notification capabilities. It enables businesses to leverage mobility context to develop applications that will deliver an enhanced user experience and increase the value of the wireless network for organizations.
Boost network efficiency
With multi-user MIMO (MU-MIMO), you can transmit to multiple Wave 2 clients from an AP, at the same time.
ClientMatch unleashes MU-MIMO
Aruba ClientMatch software groups Wave 2 clients together, enabling MU-MIMO. That means a faster, more efficient network.
Integrated Bluetooth Beacon
310 series APs have an integrated BLE Beacon to simplify management of a large-scale network of battery-powered Aruba Beacons.
Choose your operating mode
Aruba 310 Series Access Points offer a choice of operating modes to meet your unique management and deployment requirements.
- Controller-managed mode – When managed by Aruba Mobility Controllers, Aruba 310 Series Access Points offer centralized configuration, data encryption, policy enforcement and network services, as well as distributed and centralized traffic forwarding.
- Aruba Instant mode – In Aruba Instant mode, a single AP automatically distributes the network configuration to other Instant APs in the WLAN. Simply power-up one Instant AP, configure it over the air, and plug in the other APs – the entire process takes about five minutes. If WLAN requirements change, a built-in migration path allows 310 Series instant APs to become part of a WLAN that is managed by a Mobility Controller.
- Remote AP (RAP) for branch deployments
- Air monitor (AM) for wireless IDS, rogue detection and containment
- Spectrum analyzer, dedicated or hybrid, for identifying sources of RF interference
- Secure enterprise mesh
For large installations across multiple sites, the Aruba Activate service significantly reduces deployment time by automating device provisioning, firmware upgrades, and inventory management. With Aruba Activate, Instant APs are factoryshipped to any site and configure themselves when powered up.
Wireless Radio Specifications
|Power Sources and Consumption
For more country-specific regulatory information and approvals, please see your Aruba representative.Reliability
Regulatory Model Number
Minimum Software Versions


Planet Waves Custom Series Instrument Cables feature gold plated connectors for superior signal flow and corrosion resistance.
Built for the discerning musician and demanding situations. D’Addario offers a cable line built to last while accurately transferring all the subtle details of your playing. Ordinary instrument cables can adversely affect or pre equalise your tone, robbing you of harmonic content and sonic detail. Utilising the latest in cable manufacturing technology, D’Addario custom series line features twisted pair, oxygen free copper conductors with two layers of impenetrable noise rejecting shielding, formulated for extremely low capacitance. The lower cable capacitance allows your instrument’s brilliance, presence and character to be transmitted with the utmost transparency. Additionally, encapsulated soldering points and unmatched moulded strain relief combine to deliver the ultimate high performance cable.
-In=Out Technology: Low capacitance for pure signal transparency
-24k gold-plated plugs provide superior signal flow and corrosion resistance
-Two layers of shielding provide noise rejection for quiet operation
-Right Angle 1/4-inch plugs are perfect for pedalboards
-Limited lifetime guarantee
Planet Waves Custom Series cables utilize ultra-pure, oxygen-free copper conductors for low capacitance and pure tone. Encapsulated and impenetrable soldering points with double-molded strain relief provide maximum durability and worry-free reliability. Two layers of shielding provide 100% coverage for superior insulation and noise rejection, making this the ultimate, high-performance cable.


Log into our mobile app with the Email Address associated with your Deductr PRO account and your Deductr PRO password.
Passwords can be created and changed online only. In the online program, go to My Account > Email / Password to update your password at any time.
Forgot Password? RESET HERE
English, French, and Spanish
For instructions on changing preferred language click here.
Minimum Phone Requirements
iOS and Android devices must meet these specifications to use the Deductr mobile applications:
- Internet access
- External storage
- Fine location * (GPS & Cell Towers)
- Wi-Fi / Data
* Note: Fine location uses GPS (Global Positioning System) satellites to get an accurate fix of the phone’s location. Depending on where you are in the world, it can be as accurate as 3 feet. However, older phones struggled to get GPS fixes, particularly if indoors, around tall buildings, and in cloudy weather conditions. It also requires more power to activate GPS on the phone and consequently drains battery more quickly.
The Deductr mobile application uses the GPS functionality of your phone to automatically track your mileage. Continued use of GPS running in the background can dramatically decrease battery life.


Engineered Systems | Systems Engineering
Engineered Systems, Inc. is a veteran owned, small business concern established in 1968 and headquartered in Omaha, Nebraska. ESI specializes in turnkey projects that encompass engineering and design solutions for wireless communications and data processing.
Engineered Systems' history of performing technically complex, wide ranging projects requiring varied engineering disciplines, technical diversity, strong management skills and the dexterity to adapt quickly to changing circumstances enables it to provide unique, cost effective solutions.
Engineered Systems, Inc. can provide you with individually tailored, cost savings solutions that are on the cutting edge of technology. Contact us today for a no cost, no obligation consultation.


Professor Abhay Karandikar, the former Director of IIT Kanpur took over charge as the new Secretary of the Department of Science and Technology (DST) from Dr Rajesh Gokhale.
Professor Karandikar is an electrical engineer, renowned for his contributions to the telecommunications sector of the country. He developed the concept of “Frugal 5G Network” to enable affordable rural broadband connectivity and contributed to telecom policy and regulations that were included in national-level telecom policies.
Besides, leading a group that made contributions to numerous global standardization initiatives on telecommunications, he spearheaded a national effort in setting up the Telecom Standards Development Society of India (TSDSI), India's standards body for telecom with participation of all stakeholders.
An alumnus of IIT Kanpur, Professor Karandikar started his career in IIT Bombay where he later became the Dean (Faculty Affairs) followed by the head of the Electrical Engineering Department, first Professor-in- charge of IIT Bombay Research Park and the head of Computer Center of IIT Bombay. This was followed by his appointment as the Director of IIT Kanpur, his very own Alma mater.
He along with his group innovated SDN based architecture to bring together multiple Radio Access Technologies (RATS) under a unified control and management framework as part of the 5G networks. They proposed some novel frameworks in SDN, RAN Virtualization and Frugal 5G. Professor Karandikar also led the filing of several patents for technologies developed by him and his group.


IMSI DETACH DoS
|Reported by:||admin||Owned by:||laforge|
|Priority:||major||Component:||Um (MS-BTS) interface|
In GSM networks that use the IMSI ATTACH/DETACH procedure, the IMSI DETACH message is not authenticated.
A malicious attacker knowing the IMSI or TMSI of a victim can thus send hand-crafted IMSI DETACH messages to a cell, causing the network to assume the MS is no longer present in the network.
This will effectively prevent the delivery of all mobile-terminated (MT) services, such as SMS, voice calls, CSD, ...
This flaw was first discovered in May 2010 by Sylvain Munaut.


A Tiny Embedded UDP/IP Stack Implementation for FreeRTOS
FreeRTOS+UDP is a small, fully thread aware, sockets based, and very efficient UDP/IP (IPv4) stack for FreeRTOS.
It was created specifically for, and contains the features needed by, our
new Internet of Things solution (currently being documented). The standard
Berkeley sockets "like" interface makes it fast to learn and
easy to use in other applications, and its compact size and efficiency
makes it ideal for communication between small network enabled embedded


Researchers on the Nationwide Institute of Requirements and Know-how (NIST) have used state-of-the-art atomic clocks, superior gentle detectors, and a measurement device referred to as a frequency comb to spice up the soundness of microwave alerts 100-fold. This marks a large step towards higher electronics to allow extra correct time dissemination, improved navigation, extra dependable communications and higher-resolution imaging for radar and astronomy. Enhancing the microwave sign’s consistency over a selected time interval helps guarantee dependable operation of a tool or system.
The work transfers the already excellent stability of the cutting-edge laboratory atomic clocks working at optical frequencies to microwave frequencies, that are at the moment used to calibrate electronics. Digital techniques are unable to instantly rely optical alerts, so the NIST expertise and methods not directly switch the sign stability of optical clocks to the microwave area. The demonstration is described within the Could 22, 2020, difficulty of Science.
Of their setup, the researchers used the “ticking” of two of NIST’s ytterbium lattice clocks to generate gentle pulses, in addition to frequency combs serving as gears to translate the higher-frequency optical pulses precisely into lower-frequency microwave alerts. Superior photodiodes transformed gentle pulses into electrical currents, which in flip generated a 10 gigahertz (GHz, or a billion cycles per second) microwave sign that tracked the clocks’ ticking precisely, with an error of only one half in a quintillion (1 adopted by 18 zeros).This efficiency degree is on par with that of each optical clocks and 100 occasions extra steady than one of the best microwave sources.
“Years of analysis, together with vital contributions from NIST, have resulted in high-speed photodetectors that may now switch optical clock stability to the microwave area,” lead researcher Frank Quinlan stated. “The second main technical enchancment was within the direct monitoring of the microwaves with excessive precision, mixed with numerous knowhow in sign amplification.”
Optical waves have shorter, quicker cycles than microwaves do, so that they have totally different shapes. In changing steady optical waves to microwaves, the researchers tracked the part — the precise timing of the waves — to make sure they have been an identical, and never shifted relative to at least one one other. The experiment tracked part modifications with a decision equivalent to only one millionth of a cycle.
“It is a subject the place simply doubling microwave stability can take years or a long time to realize,” group chief Chris Oates stated. “100 occasions higher is nearly unfathomable.”
Some elements of the NIST system, such because the frequency combs and detectors, are prepared for use in subject functions now, Quinlan stated. However NIST researchers are nonetheless engaged on transferring state-of-the-art optical clocks to cell platforms. The ytterbium clocks, which function at frequencies of 518 terahertz (trillion cycles per second), at the moment occupy massive tables in extremely managed laboratory settings.
Extremely-stable digital alerts may assist widespread functions, together with future calibration of digital clocks, equivalent to electrical units powered by oscillating quartz crystals. This is a crucial consideration for the redefinition of the worldwide time normal, the SI second, now based mostly on the microwave frequencies absorbed by the cesium atoms in standard clocks. Within the coming years, the worldwide scientific group is predicted to pick a brand new time normal based mostly on optical frequencies that different atoms, equivalent to ytterbium, take up. Tremendous-stable alerts may additionally make wi-fi communications techniques extra dependable.
Optically derived digital alerts may make imaging techniques extra delicate. Radar sensitivity, notably for slow-moving objects, is now restricted by microwave noise and may very well be tremendously enhanced. New photodiodes, produced in a collaboration between NIST and the College of Virginia, convert the optical alerts to microwave alerts extra predictably and with decrease noise than earlier designs. As well as, microwaves may carry alerts from distant optical clocks for functions in navigation and elementary physics analysis.
Astronomical imaging and relativistic geodesy, which measures the Earth’s gravitational form, at the moment are based mostly on detecting microwave alerts at receivers around the globe and mixing them to kind pictures of objects. Distant calibration of those receivers may make it potential to maneuver the community from Earth into house, which might improve picture decision and keep away from atmospheric distortions that restrict commentary time. With hours of observing time as a substitute of seconds, researchers may picture many extra objects.


In this article you will learn how to connect a compatible bluetooth device to the Pico 4 (Enterprise). Using bluetooth accessories enhances your experience with the headset.
What is needed:
- Pico 4 Headset
- Pico 4 Controllers
- Bluetooth device
To connect a bluetooth device to the Pico 4 (Enterprise):
- Turn on the headset and put it on.
- Select the ‘Quick Settings’ at the bottom right corner of the dock.
- Select the ‘Bluetooth’ symbol in the bottom left corner and make sure bluetooth is turned on, this will be shown by the toggle being blue.
- Click on the ‘Bluetooth’ device you would like to connect to.
- Click on Connect device.


The smartphone service sends out pulses to map out obstacles around the room and relays information on distances and directions as audio instructions.
Fujitsu is working on the project with Japan’s National Institute of Information and Communications Technology. The technology was showcased in Japan last week.
Base stations must be set out around the room with a host computer connected to them, transmitting the information they pick up to the user’s mobile devise by Bluetooth.
A mapping application guides the user to their destination by translating the data into audio instructions.
Read more on this story on Digital Spy.


Its successor is Telerivet, a service that makes it easy for anyone to deploy their own SMS service anywhere in the world using an Android phone.
Whereas EnvayaSMS requires significant technical expertise to integrate with an existing software system, Telerivet is a complete product that is easy for software developers as well as end-users.Go to Telerivet.com
It forwards incoming SMS and MMS messages to a web server on the Internet, and sends outgoing messages from the web server to other phones.
People with any type of mobile phone can send SMS and MMS to a phone running EnvayaSMS, without needing their own Android phone.
It works wherever the phone can receive SMS messages and access the Internet (via Wi-Fi or mobile data connection).
EnvayaSMS can be used to enable any web service to send and receive SMS and MMS messages nearly anywhere in the world.
In particular, it is useful in countries where obtaining a local virtual phone number or SMS shortcode is difficult, expensive, or impossible. A phone running EnvayaSMS connects to the phone network in the same way as any other mobile phone, so it can be set up without needing approval from anyone else.
EnvayaSMS is designed to to be maintainable even when deployed in remote locations that cannot easily be accessed by your organization's technical staff. With minimal training, non-technical users can do all setup and maintenance of deployed phones.
EnvayaSMS is free to install on as many phones as you'd like.
In order to deploy EnvayaSMS, you will need an Android phone with service on a mobile network. EnvayaSMS is compatible with many old or inexpensive Android phones.
Before deploying EnvayaSMS, you can test EnvayaSMS without an Android phone by installing EnvayaSMS on an emulated phone on your computer. Learn more...


Do you struggle to hear conversations in crowded areas or miss out on daily announcements at work? Are family and friends complaining that the volume on your TV is too loud? The Lucid Audio Enrich personal sound amplification product (PSAP) can provide the enhanced hearing you need.
Powered by Lucid sound processing technology, this behind-the-ear (BTE) sound amplifier comes with several beneficial features like three adjustable sound settings for environments from quiet to noisy, an omni-directional microphone, dynamic feedback cancelling, volume control and low-level noise reduction.
Its design allows you to wear it in either ear, and it comes with three ear tips to obtain the most comfortable fit.


Have the mobile app use your phone line not VoIP
This article relates to the new version 3 of the Vumber iOS and Android apps.
When you use the new Vumber iOS or Android app for iPhone to make an outbound call, you now have the choice to send the calls over
- your normal phone line, or
- WiFi/your carrier's data connection using Voice over IP (VoIP)
By default, calls will be made over your normal cell phone line.
Using your normal phone line will have the following advantages:
1) Better call quality, especially if your traveling by car etc.
2) Calls will not be interrupted when other calls arrive.
3) Calls will not use eat into your data plan.
Using VoIP can be advantageous is the following circumstances:
1) You have poor or no cell coverage at your home or office - and you need to use WiFi to call.
2) You have a mobile plan that does not allow unlimited minutes.
3) Your mobile plan only allows to call locally and your Vumber number is not local.
By default, VoIP calling is turned OFF
If you want to enable VoIP calling, please follow these instructions:
In the Vumber app tap “+ More” -> “Settings” -> “App” and enable “VoIP Calling” as seen below.
Please contact email@example.com if you have questions.


elektrotechnik - The Expert Exhibition for Structural and Industrial Applications takes place in Dortmund, Germany. The frequency of the trade show is biennial.
In 2017 388 exhibitors seized the trade show elektrotechnik as a presentation platform for their products and services. With their trade show participation exhibitors occupied 13000 sqm. 20204 visitors attended elektrotechnik to inform themselves on innovations and trends in their business.
The main exhibit sectors of the trade show elektrotechnik are:
Electrical building installations and system engineering, safety and monitoring, heating, ventilation, air conditioning, receiving equipment and wide band distribution technology, information and communication technology, services, motive power engineering, control engineering, measuring, testing and sensor technology, infrastructure / industrial installations engineering, industrial communication / network technology, industrial software, services.
Fachverband Elektro- und Informationstechnische Handwerke Nordrhein-Westfalen, Messe Westfalenhallen Dortmund GmbH are the trade show organizers in charge of elektrotechnik.
Messe Westfalenhallen Dortmund
Messe Westfalenhallen Dortmund GmbH
Strobelallee 45 44139 Dortmund, Germany


Improving quality of life with a clearer, safer and more personalized hearing experience.
Featuring an adjustable volume slider and acoustic filter, dBud ear plugs give you a safer, clearer and more personal listening experience.
Sign up to know more
We will soon be launching on Kickstarter Make sure to be first in line when we go online with our campaign, presenting dBud to the world.We promise not to share your email.
Enhances human speech - dBud is designed to preserve frequencies around human speech, 2-4kHz, which means that even in noisy environments you’ll be able to hear and communicate more clearly with people around you.


Mayor Jim Watson was joined by Karen McCrimmon, MP, Kanata-Carleton, and Parliamentary Secretary to the Honourable Marc Garneau, Minister of Transport, and Michael Zweck, Audi Connected Systems Developer at Mark Motors of Ottawa, to demonstrate the benefits of I2V (Infrastructure to Vehicle) technology.
The City of Ottawa has partnered with Transport Canada and the Ontario Ministry of Transportation to deliver the Assisted Commercial Vehicle Eco-Driving Pilot Project. The project is a one-year initiative that is currently running along a six-kilometre stretch of Hunt Club Road, between Cleopatra Drive and Uplands Drive. The corridor has 12 connected traffic signals, supported by the City’s signal and traffic control system and Traffic Technology Services’ (TTS) analysis system. These systems communicate with connected vehicles, providing information on when a traffic signal will change. The information helps drivers determine optimum speeds to reduce fuel consumption and emissions and avoid hard braking.
For the pilot project, the City provided a basic tablet with a system app that relays the signal information to the drivers of Eco-Driving vehicles, operated by Purolator and Crepin Cartage, (a member of the Greater Ottawa Trucking Association). In Audi’s case, the software and hardware will be built into some of their models (A4, A5, Q5, Q7), allowing their vehicles to gain access to traffic control system signal information when the vehicle is connected to the city’s traffic infrastructure. Purolator and Crepin completed test runs of the system in August 2017 and have been undertaking trips through the corridor to collect data for the project over the last few months. The data collection phase is now completed and Carleton University has begun analysing the information to determine the efficiencies gained in both reduced emissions and fuel consumption, and the associated environmental and economic benefits. A final report will be provided to the MTO in the first quarter of 2018.
While the technology is in use in some European and U.S. cities, Ottawa is the first city in Canada to test it, furthering our commitment to being a Smart City. Ottawa’s recently approved Smart City Strategy, Smart City 2.0, includes a focus on developing a connected city with affordable access and next generation infrastructure.
The $300,000 pilot project is funded by the Government of Canada ($150,000), the Province of Ontario ($75,000) and the City of Ottawa ($75,000).
“Connected vehicles have the potential to improve road safety, reduce congestion, increase mobility, protect the environment and support economic opportunities for Canadian businesses. Our Government will continue to support innovation as new technologies will enhance the capacity and competitiveness of Canada’s transportation system.”
The Honourable Marc Garneau, Minister of Transport
“Our government recognizes the impact that new vehicle technologies can have in making the every-day lives of Ontarian’s easier, which is why we continue to invest in innovation - especially those that can expand mobility options and help improve the efficiency of our transportation networks. Today’s demonstration is proof that Ontario is well-positioned to be a global leader in the development, testing and deployment of connected and automated vehicles.”
Steven Del Duca, Minister of Transportation
“Whether it is providing infrastructure for testing connected vehicles, a test loop for next generation autonomous vehicles, or operating one of the world’s most sophisticated traffic control systems, the City of Ottawa innovates with its partners to ensure our city is one of the smartest, most well-connected cities in North America.”
Mayor Jim Watson, City of Ottawa
This technology demonstrates Audi’s position as an industry leader in connectivity solutions. V2I applications and services like Traffic Light Information are essential components as Audi continues to move towards an autonomous future. We applaud the collaboration between our federal, provincial and municipal governments on this innovative V2I demonstration opportunity with the City of Ottawa.
Felix Enciso, Director, Product Planning, Audi Canada
- The Assisted Commercial Vehicle Eco-Driving Pilot Project runs along a 6-kilometre stretch of Hunt Club Road, between Cleopatra Drive and Uplands Drive.
- The corridor contains 12 traffic lights
- The cost of the pilot project is $300,000
- $150,000 - Government of Canada
- $75,000 - Province of Ontario
- $75,000 - City of Ottawa
- The City of Ottawa has:
- 6,000 km of roads
- Over 1,150 traffic controlled intersections


Mirco Ravanelli is currently a post-doc researcher at Mila (Université de Montréal). His main research interests are deep learning, speech recognition, far-field speech recognition, robust acoustic scene analysis, cooperative learning, speaker recognition, unsupervised learning and is the author or co-author of more than 40 papers on these research topics.
PROCESSING RAW AUDIO WITH SINCNET
Modern deep neural networks can learn complex and abstract representations, that are progressively obtained by combining simpler ones. A recent trend in speech processing consists in discovering these representations starting from raw audio samples directly. Differently from standard hand-crafted features such as MFCCs or FBANK, the raw waveform can potentially help neural networks discover better and more customized representations. The high-dimensional raw inputs, however, can make training significantly more challenging. In this talk, I will discuss SincNet, a novel Convolutional Neural Network (CNN) that can efficiently process speech from audio waveforms using simple sinc filters. In contrast to standard CNNs, which learn all the elements of each filter, only low and high cutoff frequencies of band-pass filters are directly learned from data, making SincNet a very compact model that converges faster and performs better than a standard CNNs. The talk will also cover some recent improvements of SincNet and will discuss how we recently used this model for unsupervised learning of speech representations.


In addition to custom ear plugs, Ear To Ear Hearing Solutions can help patients acquire and use assistive listening devices. This includes solutions for:
- Amplified telephones
- Portable amplifiers for telephones
- Captioned telephones
- Amplified telephone ringers
- Hands-free amplified neckloop (designed to allow hearing aid wearers to use their cell phones, home/office phones, laptops, iPods, personal/TV listening equipment and other audio devices)
- Personal amplifiers
- Infrared and radio frequency devised to amplify television
- Amplified fire alarms and carbon monoxide detectors
- Amplified alarm clocks.
If you're interested in more information about Assistive Listening Devices, please call our office at (630) 305-0537 or click here to send us an email and we'll send you a free, descriptive brochure.


Streaming is the live or on-demand delivery of video media via the internet. Unlike downloading, where a viewer must transfer a file completely to a computer or device before playback can begin, streaming allows the transmission and playback of media to happen simultaneously.
When designing a streaming video delivery system, the considerations will include what type and how many cameras will be used, and how that video signal will be connected to the media server delivering the stream. Streaming directly from mobile devices has recently increased in popularity, but to achieve professional quality and production flexibility, dedicated camera systems are preferred. Higher quality cameras offer HDMI or SDI outputs that can be connected to a media server through many optional hardware devices and encoders that stream H.264 from an HDMI or SDI video signal, with simultaneous recording to a network share or removable media.
› Executive Live Streams. Broadcast from any location from our professional studios, boardrooms, executive suites and offices, hotels, or alternate venues.
› Technical director on site to produce the event.
› Live video streaming with slide integration.
› Lower 3rd’s and graphic overlays.
› Interactive Q and A and live chat participation.
› For businesses, non-profits, schools, community organizations, sports team, places of worship, webinars, conference, concerts, theatrical and so much more.
› Live online courses, remote team meetings and workshops, staged events.
› Full-service audio and video production.
› Single or multiple camera production.
› Quality live production gear and networking for perfectly streamed video and sound to your web site or social media platforms.
Pro Video Audio Productions will stream your content live, using professional video production at affordable rates. With over 33 years of experience in live video broadcasting, and other proprietary platforms, we can meet any video need you might have. Contact us today for more information.
As we are video drone professionals too, we offer a wide variety of creative uses to Live Streaming through the use of aerial video imaging. As our drones are linkable through SDI to broadcast video switchers, or live streaming through devices, we can take streaming outdoors to cover large ares for demonstration, and reach areas that would otherwise be difficult to explain. See our video Drone company for more about FAA Part 107 certified video drone services. Broadcast live stream content for meetings, webinars, concerts from anywhere.
Live streaming continually engages audiences and conveys your brands message better than any other digital platform
To increase the production value of streaming broadcasts, it has become a common option to design a switched multi-camera system. Switching between multiple SDI or HDMI camera angles and content sources has major advantages over a single camera or mobile device stream. The ability to switch between multiple sources provides a more dynamic visual experience.
Although streaming is the primary function of a streaming video delivery system, there is also often a requirement for the simultaneous recording of the stream for archiving. Recorded files are available for archiving or publishing as downloadable files for on-demand or offline playback. While the streaming file may be compressed at a low bit rate to accommodate bandwidth limitations, the recorded file is often stored at the highest possible quality for archiving. The recording capability can be designed into the media server, or for portable applications a stand-alone appliance like the AJA HELO can provide H.264 (MPEG-4/AVC) streaming and recording with independent quality settings to either internal removable storage or external and networked attached storage.
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- Do WiFi networks interfere with each other?
- Can you share Internet between two houses?
- Can someone see what I do on their WiFi?
- Can someone see what I do on my phone through data?
- How can I share my internet with another phone?
- What is considered slow Internet?
- Is it safe to share Internet with a neighbor?
- Can my neighbors see my Internet activity?
- Can a Neighbour use my WiFi?
- Can my Neighbours Internet affect mine?
- Can someone read my texts if I’m on their WiFi?
- How can I share WIFI safely?
- Is someone using my broadband?
- Can someone on the same WiFi see your history?
- Can my neighbors slow down my internet?
- Can someone see your history even if you delete it?
- How can I share Internet from one house to another?
- Can you tell if someone is stealing your WiFi?
Do WiFi networks interfere with each other?
If two or more wireless network are placed close to one another, then they can interfere with each other if: They use the same operating frequency (2.4 GHz or 5 GHz).
A wireless router can send the wireless signal using a set channel, from 1 to 11 or 13 (depending on the router model and where it is sold)..
Can you share Internet between two houses?
With proper line of sight, you can extend your WiFi signal outside of your building to another using a wireless bridge . A wireless bridge uses a microwave or infrared transmission to span a single Internet connection across two or more buildings.
Can someone see what I do on their WiFi?
Yes, definitely. A WiFi owner can see what websites you visit while using WiFi as well as the things that you search on the Internet. There are lots of routers with a built-in tracking feature from companies like Netgear.
Can someone see what I do on my phone through data?
Yes. Your cell provider has full acces to your every kb of data you use. Browsing history, downloaded files, photos loaded, gifs. Everything except your passwords.
How can I share my internet with another phone?
Most Android phones can share mobile data by Wi-Fi, Bluetooth, or USB. Important: Some mobile carriers limit or charge extra for tethering….Turn on your hotspotOn the other device, open that device’s list of Wi-Fi options.Pick your phone’s hotspot name.Enter your phone’s hotspot password.Click Connect.
What is considered slow Internet?
What is considered slow internet? Download speeds less than 25 Mbps are too slow to be considered broadband. With these speeds, users may experience buffering when streaming video, difficulty connecting multiple devices and other internet connectivity issues.
Is it safe to share Internet with a neighbor?
The easiest way to share your Wi-Fi securely is to simply give your neighbors your password. This isn’t the most technically secure approach, but if you know and trust your neighbors, go ahead and slip the password under the door of that neighbor who you know doesn’t have an internet connection.
Can my neighbors see my Internet activity?
Shared networks are shared Or better yet, a hotel. There’s an article I’ve got, “Can your ISP see everything you do,”(I think it’s called). The short answer is, “Absolutely!” Whoever provides you with your internet connection can monitor all of the traffic that goes across your use of that connection.
Can a Neighbour use my WiFi?
It’s rather unlikely that your neighbour (or anyone else) will have access to your Wi-Fi network unless you have given them the password. … Wi-Fi is a bit of a headache in the security world as it really isn’t that secure 3 and devices with the password can capture the data sent from other devices on that network.
Can my Neighbours Internet affect mine?
If you have more than three wireless networks in an area — and you probably do — they’re just interfering with each other. You can’t really do anything about that unless you want to coat the walls of your house or apartment with tinfoil to ensure your neighbors’ Wi-Fi signals don’t interfere with yours.
Can someone read my texts if I’m on their WiFi?
Text messages sent via cellular networks cannot be seen by anyone who has access to your router. Messages sent via any other social media are end-to-end encrypted and no one can read them until they have access to your account or credentials.
How can I share WIFI safely?
Set Up Your Guest Network and Keep It Secure Turn it on, give the guest network a password you’re comfortable giving out to others, and you’re all set. Then, the next time someone wants to connect, you give them the SSID of your guest network, the password, and let them connect and browse to their heart’s content.
Is someone using my broadband?
If you suspect that someone is stealing your Wi-Fi, you need to log in to your router’s administration page. Most people can do this by typing 192.168.1.1 or 192.168.2.1 into the address bar. … Note: Old phones, gaming consoles, Wi-Fi-enabled cameras, and other connected devices may show up on the MAC address list.
Can someone on the same WiFi see your history?
If you use someone’s WiFi, can they see your history? This is the hard truth: unless you direct your internet traffic through a VPN, the WiFi admin can see your browsing history. … WiFi providers can see your browsing history, every web page you have been visiting while connected to their WiFi network.
Can my neighbors slow down my internet?
So, yes, your neighbors can slow you down just by using theirs a lot. (Think video streaming in HD and 4K. Most other traffic barely matters by comparison.) In addition, if you are using WiFi, your neighbors can slow you down just by using WiFi on the same (or overlapping) channel.
Can someone see your history even if you delete it?
Even if you delete all or some of your activity, Google still maintains records about the way you used its web browser related to the deleted data — if you search for something, it’ll remember that you searched for something at that specific time and date, but not what you specifically you searched for, according to …
How can I share Internet from one house to another?
So what you would do is take Access Point 1, connect it into one of the ports in Router 1 and place in an optimal location relative to House 2. You would then buy a Network Switch plug all PCs 2 into it, position Access Point 2 in an optimal location relative to House 1 and connect it to the Network Switch.
Can you tell if someone is stealing your WiFi?
Your wireless router should have indicator lights that show internet connectivity, hardwired network connections, and also any wireless activity. One way you can see if anyone’s using your network is to shut down all wireless devices and go see if that wireless light is still blinking.


WhatsApp Messenger is available for iPhone, Android and Windows Phone, and yes, those phones can all message each other! Because WhatsApp Messenger uses the same internet data plan that you use for email and web browsing, there is no cost to message and stay in touch with your friends.
In addition to basic messaging WhatsApp users can create groups, send each other unlimited images, video and audio media messages.
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Today we witness an exponential growth of autonomously operating embedded devices such as Internet of Things (IoT) - incorporated into many physical systems, communicating wirelessly. IoT impact will be tremendous, with projected figures of 100 billion connected devices, and a global economic impact over $11 trillion by 2025. However, powering billions of these devices with standard solutions, like Li-ion batteries, causes huge maintenance and environmental problems; it severely limits their lifetime and functionality.
Energy supply forms the Achilles heel of IoT.
ZERO makes IoT devices battery-oblivious, by creating energy-autonomous ultra-low power devices that scavenge their own energy. Hence, energy consumption must be drastically reduced, while energy scavenged should increase. This requires a holistic design approach, i.e., taking all design layers and system components into account.
ZERO provides necessary innovations in various areas, including energy scavenging, low-power circuit design, energy modulated computation, efficient energy conversion for storage in super capacitors, heterogeneous computing, low-power communication, and intelligent system-wide energy management.
ZERO solutions are widely applicable and lead to less waste, less maintenance, and better durability, but above all ZERO enables truly autonomous systems. Finally, ZERO is firmly embedded in the business needs of Dutch and international companies involved in this proposal.
The program goals and focus lead to a number of scientific research challenges, grouped into six research lines that guarantee a strong coherence among the five projects:
R1. Energy harvesting.
R2. Ultra-low-power architectures and circuits.
R3. Energy-aware algorithms and self-learning applications.
R4. Efficient code generation for low-power and heterogeneous architectures.
R5. Ultra-low-power wireless communication.
R6. Multi-domain system-level modeling, energy management, and system integration
The applications within the projects are:
P1. Parking sensors, such that cars can find a free parking slot autonomously.
P2. Monitoring of traffic patterns using advanced audio beam processing.
P3. Autonomous roadside monitoring with video.
P4. Ultra-low power transponders for vulnerable traffic users.
P5. Dependable autonomous computing platforms supporting mobile traffic users.
The Research Lines and projects are structured according a matrix.
R1: Energy Harvesting
There are a number of reasons for using energy harvesting within IoT devices, e.g., because it is difficult to reach devices for maintenance, wires are too costly because of the sheer number of devices, or because of environmental issues (Li-ion batteries are very toxic: some airlines refuse to transport IoT devices that contain Li-Ion batteries). Drawbacks of scavenging include: (i) each solution is dependent on the availability of harvestable energy sources, (ii) the upfront cost may be higher, and (iii) technology is less mature.
Energy can be harvested in many ways. The most optimal way depends on a number of factors, e.g., the environment an IoT device is located in, size and cost constraints, etc. Moreover, the amount of energy that can be harvested over time is usually not constant. For example, the kinetic energy from a moving train depends on the speed of the train, and is zero when the train has stopped. Therefore energy storage, e.g., with super capacitors, is needed to overcome periods of no or little harvesting activity. As can be observed from Figure 3, the amount of harvested power differs considerably between various sources. To substantially improve harvesting efficiency, R1 addresses the following scientific challenges:
Intelligent and more reliable energy harvesting from multiple sources in one device.
Harvest more energy than currently possible with new materials, with thermal harvesters as a promising solution.
Efficient DC/DC conversion suitable for non-resonant sources with maximum power tracking for adaptation to dynamic impedance characteristics of the harvester.
R2: Ultra-low-power architectures and circuits
Advanced processor platforms used for processing incoming signals, understanding them and taking appropriate actions, form the heart of autonomous devices. These processors, with the right software, make the sensor systems smart. State-of-the-art low-power signal processors typically employ an architecture that is either very specific or too generic; application specific architectures cannot be reused and generic architectures are not energy efficient (see right box). Therefore, autonomous devices need heterogeneous processing platforms, e.g., combining one or more general purpose CPUs, vector processing and more dedicated accelerators. These platforms are complex to design and very difficult to program efficiently (see R4). ZERO's research line R2 tackles several important low-power challenges:
Design of heterogeneous processing architectures, with adequate energy control options.
Research boundaries between architecture flexibility and application specificity.
Use approximate computing for ultra-low power.
Exploit new low power circuit techniques, like charge coupling.
Develop tighter integrated DC/DC conversion for improved efficiency and lower ripple, by feeding the converter with information about currents and voltage needed in the near future, such that sufficient flux/charge can be built-up in the converter.
R3: Energy-aware algorithms and self-learning applications
Energy should be a guiding principle for application coding as well as algorithm design of energy-autonomous systems. Algorithms should be sensitive to their environment, such that they can learn from it and react on changing circumstances . Energy-aware hardware and system software can reduce the energy consumption of autonomous systems, however, energy-aware algorithmic engineering provides a complementary technique to reduce energy consumption beyond what hardware and system software can achieve. Challenges for R3 are:
Investigate new routes for designing efficient energy-aware algorithms. This includes understanding of the energy consumption of software/algorithms, establishing metrics for assessing the energy efficiency of algorithms/applications, and creating models for early estimating the energy consumption of software / algorithms.
Use of learning-based algorithms to make applications adaptive to changing environmental conditions and usage.
Learn and predict application usage scenarios.
R4: Efficient code generation for low-power and heterogeneous architectures
ZERO requires heterogeneous processing platforms. These platforms are extremely difficult to program efficiently. We have observed that the energy and performance efficiency of a straightforward mapping can be improved with at least a factor 10 (but often much more) by highly tuning the application and its mapping. However, this tuning makes the code incredibly complex, error prone, and difficult to maintain. In addition, every platform or application change requires redoing this process. Factors complicating efficient code generation include e.g.: different cache and scratchpad configurations, advanced DMA support, different instruction sets used, various types of parallelism to be exploited (SIMD, MIMD, threads, ILP), use of parametric accelerators, and Big-Little code migration. In addition, IoT devices often have real-time requirements, and, most importantly, they need special attention with respect to low power, exploiting all the energy knobs. Currently, most code generation methods ignore timing and power; these constraints are checked afterwards, leading to many long design cycles. It will be clear that R4 covers many challenges, among others:
Investigate code optimization opportunities for low power and measure their potential.
Implement advanced code transformations to perform above code optimizations automatically within an existing compiler flow. New is also that automatic optimization will be driven by power-estimation models.
Support automatic function recognition and offloading to more power-efficient function specific hardware accelerators.
Target various heterogeneous processing back-ends, including accelerators.
We will take LLVM tooling, with OpenMP4 (supporting accelerators), including state-of-the-art polyhedral optimizations (Polly), auto-vectorization, and existing optimizations for energy reduction like data locality and reuse improvement, as point of departure.
R5: Ultra-low-power wireless communication
To communicate with its surroundings, an energy autonomous node is facilitated with a wireless communications interface. Because of the limited amount of energy that is available, this interface has to operate extremely power efficient and, in case energy sources become exhausted, has to be able to cope with ultra-low voltages. Data-rates are expected to be (very) low for many applications ranging from a few bits per second to at most 10 kilobits per second (kbps). Current standards aiming at ultra-low power communications (such as IEEE 802.15.4 LR-WPAN, IEEE 802.15.6 WBAN, Bluetooth LE) provide data rates between 100-1000 kbps and the lowest published power consumption figures are around 500 µW. Besides this, interference rejection is poor and the reported circuits heavily rely on sophisticated analogue techniques where digital techniques have the advantage that they scale with technology. The scientific challenges within R5 are, therefore, to develop new digital solutions for transmitters and receivers:
Investigate new approaches to improve interference-robustness in low-power receivers.
Research new circuit techniques to cope with ultra-low voltages, even below 0.4V.
Define digital techniques for the mitigation of imperfections of ultra-low power analog RF circuits, that minimize the energy per transmitted and decoded bit.
R6: Multi-domain system-level modeling, energy management, and system integration
In order for systems to work energy-autonomously, it is important to have the right balance between potential energy use by the supported applications and the energy harvesting capabilities. On top of that, to overcome periods of heavy energy-use and/or low energy harvesting, locally stored energy will be needed. To be able to estimate the required energy storage capacity to assure continuous operation, a model-based approach will be taken to come up with good dimensioning rules. This is especially challenging as the required models will be so-called stochastic hybrid models that will have to encompass continuous state components (e.g., the amount of stored energy, or the harvesting rate given the environmental circumstances, the radio and the sensing and actuation devices), linear and non-linear environmental dynamics affecting both the continuous and the discrete state components, as well as stochastics, describing variations (disturbances) in the workload and harvesting potential. We build upon earlier work on the general theory of hybrid models; however, we have to extend it, and tailor it to be applicable in an energy-related context, as has been done in for wearable devices. R6 challenges are:
Development of model-driven, adaptive power management, using application scenario prediction, to guarantee continuous energy availability.
Develop stochastic models that can predict under what circumstances the node does not have enough energy to perform its tasks.
P1: APSN - Autonomous Parking Sensor Networks
Wirelesses embedded devices are the basic building block of the Internet of Things (IoT): systems that sense physical phenomena, process perceived information and actuate. And as the demand for mobility and sustainable operation of the IoT increases, powering IoT wireless sensors without batteries and cords becomes a necessity. The natural solution is to supply the energy to the IoT sensors through ambient energy harvesting. This enables the era of battery-less sensing and computation. However within the 3GPP-based cellular mobile ecosystem for the IoT, battery-less embedded systems are still unexplored. One of the reasons is that current energy provision through energy harvesting is not sufficient to enable communication using cellular standards for the IoT, such as NB-IoT or LTE-MTC, which are still not optimized for ultra-low-power (energy harvesting only) systems. For example, remote parking sensors (a classical IoT application) typically requires a bulky AA-battery packs: the size of the PCB itself. This brings three new avenues of research: (i) radically low-power communication methods (in addition to long-range existing IoT standards) such as ambient backscatter, (ii) improved energy harvesting techniques, and (iii) optimization of 3GPP IoT. Therefore, in the context of the whole ZERO program, the specific APSN project objective is to design an autonomous sensor network, anticipated to demonstrate the world’s-first completely battery-less parking system, that does not require any energy supply maintenance, and communicates with 3GPP base stations stationed kilometers away using harvested energy only.
P2: AAS - Autonomous Acoustic Systems
utonomous acoustic systems (AAS) can be found in various shapes and sizes, ranging from city wide acoustic monitoring systems to hearing aids worn by an individual. To deliver an improved quality and user experience, future generations of these systems should use adaptive signal processing algorithms, while staying within a stringent energy budget for autonomous operation. The AAS project uses two of these systems as driver cases to develop a novel programming paradigm and accompanying ultra-low power implementation platform for a wide range of autonomous acoustic systems.
P3: ARM - Autonomous Roadside Monitoring
oday we see an exponential growth in the use of monitoring systems. Many different sensing technologies are being used like road loops, passive infrared (PIR), laser, radar, and electro-optical (EO, vision) sensors. Especially, the laser, radar and EO sensors are becoming more-and-more intelligent; e.g. smart cameras with license plate recognition. Also information from multiple sensors need to be combined, e.g. speed measurement using radar combined with cameras. Typically they communicate wirelessly. We also observe that many monitoring systems have to be low cost and have no direct access to the mains power supply due to ownership and required permits and certification. Therefore they need to be rechargeable battery operated in combination with energy scavenging. The ARM project will develop the processing software and hardware for these systems, more precisely: The goal of the ARM projectis the development of energy-autonomous programmable processing platforms for smart road-side monitoring systems that combine information obtained by cameras and radars. These systems will observe the road (see picture), interpret complex scenes, and communicate its findings with other road users and responsible authorities. For power-efficiency reasons we need to use heterogeneous computing hardware, including vector processing and accelerators, like embedded FPGAs and embedded GPUs. This heterogeneity can make programming of these platforms very time-consuming and error-prone because small changes in the software typically result in very significant changes in the real-time performance.
P4: ULPT - Ultra-Low Power Transponders for vulnerable road-side users
Energy autonomous communication devices that will not only enhance our comfort but will also improve our safety, will soon emerge on the market. Examples of such devices are autonomous WLANs for vehicular networks (IEEE 802.11p): transponders that can be mounted on bicycles to inform car-drivers about the presence of vulnerable road-users such as children going to school by bike. Advanced versions of these transponders should not only indicate presence but should be able to broadcast the trajectory of the bike. Given the available energy budgets and the energy inefficiency of currently available technology, initial versions of these transponders will not be equipped with a GPS and therefore will need to communicate using e.g. Bluetooth with the bike’s computer or the user’s smartphone to estimate speed and position in order to warn the drivers and prevent collisions.
These transponders will only become successful in the market if they are easy to install on every bike without wiring and are maintenance free. This implies that these transponder should be able to scavenge sufficient energy from the environment and store it in a supercapacitor. Initial estimates indicate that it is feasible to scavenge sufficient energy for a basic version of a transponder by making use of a small magnet mounted on a spoke like the ones used for wireless speed measurement devices. This basic version will only be able to transmit a very short data package with a fixed content over around 20 meters distance at a rate of a few Hz. Power management should enable that even if a biker stops, for example for a traffic light, there is still sufficient energy available in the supercapacitor to continue a few minutes at potentially a reduced transmission rate. The development of more advanced versions of the transponder that are capable of position estimation and trajectory transmission will require a significant improvement of energy scavenging capabilities and a reduction in energy usage of the transponder device. Similar technological improvements are needed to enable the development of energy autonomous transponders for pedestrians.
P5: DAMC - Dependable Autonomous Mobile Computing
Dependable Autonomous Mobile Computing equipment (DAMC) for mobile monitoring, sensor processing and communication requires maintenance free and very robust, compact systems. An illustrative example is a battalion of soldiers that are several days on a mission, without direct connection to a power source (mains). Such mobile equipment as illustrated on the right (helmet mounted camera and microphones, jacket with integrated equipment), with multiple embedded processors, has to run for a long period of time within a strict power budget. Currently, such equipment needs frequent maintenance, e.g., for replacement of batteries and replacement of vulnerable components, e.g., damaged by thermal stress. The main challenge for such dependable energy-efficient autonomous mobile systems is to achieve a maximum useful lifetime, while always having sufficient monitoring, communication and computation performance for critical tasks.


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LDPC channel encoding reduces 5G latency up to 16 times
Channel coding is used to correct transmission errors caused by noise, interference and low signal power
UK tech company AccelerComm has been focused on helping 5G meet its latency claims by providing Low Density (LDPC), Polar and Turbo Forward Error Correction parity check solutions that address challenges that would otherwise limit speed. 5G, including the error correction decoding necessary to overcome the effects of noise, interference and low signal power. And now, after more than 15 years of research that started at the University of Southampton, the company has released the 5G NR LDPC version of its error correction software, which it claims reduces latency by up to 16x .
AccelerComm CEO Tom Cronk further explained why reducing 5G latency is so critical: âFor all the hype around 5G, the simple fact is that ‘ping time’ remains a problem. problem, stifling new revenue opportunities for operators of services such as games or virtual reality before they âI had the opportunity to monetize them.
In mobile communication, channel coding or forward error correction (FEC) is used to correct transmission errors caused by noise, interference and low signal power. Unlike 3G and 4G, which use convolutional and turbo codes for control and data channels, 5G uses âmuch more sophisticatedâ Polar and LDPC codes. This change means that the industry must approach the correction of transmission errors in a completely new way. When channel coding does not work properly, mobile networks can experience poor capacity, data rates, coverage and quality of service.
Beyond reducing latency, AccelerComm claims that the software solution also results in significant energy savings for mobile networks with lower order numerology networks, and the company’s LDPC IP is optimized. and configurable to support high performance base station solutions or low power (small size) mobile terminals. solutions.
In addition, the software is fully compliant with the 3GPP NR standard for PDSCH, PUSCH and supports the full range of uncoded and encoded block sizes.
As the New Year approaches, many are wondering exactly what value 5G will really deliver. Solutions like AccelerComm’s, which reduce 5G network latency and improve capacity and coverage, can boost 5G’s chances of living up to the hype.


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*Devices depicted in images other than this product are not included.
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Application: Field Reconnaissance Communications Devices
Problem: An OEM received reports that the screws used in the housing of a small communications device were loosening over time and going missing in the field, causing the device to become unusable.
The MWI Solution:
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- Worked with the customer to develop a custom captive screw assembly that would perform better over time and eliminate complete housing failures in the field
- Produced a small run of assembly samples for customer evaluation
The product’s performance increased significantly with the use of our captive screw assemblies. The customer quickly placed an initial production order for retrofitting existing devices and continues to use the same captive screw assemblies in its products.


The current means of information
The main objective of the road information is to give drivers easy access to both current and forecasted road conditions.
Differents means are available :
- 107.7 FM is the unique radio frequency all over France dedicated to broadcasting road information. Using RDS protocol, it is capable of interrupting at any time the radio programme (tuned to whatever Radio France stations) or the CD player in order to switch automatically to 107.7 allowing then the broadcasting of special information relevant to the vicinity where drivers are. Regular informations are also provided : a situation report about road conditions every quarter of an hour, news from "France Info" twice in hour and also conversations about tourist informations. All these programmes are spoken in English since the opening of the Channel Tunnel ;
- Variable message signs located at relevant places display real-time information about disturbances (roadworks, accidents, abnormal traffic, ...), travel times, road surface conditions and weather environment (wind, rain, snow). Some of the warning messages from 107.7 FM are also shown on the VMS ;
- Onboard guidance systems (GPS Global Positioning System) which are able to display real-time road informations ;
- Smart-phones : drivers can now prepare their journey using the Bison-Futé mobile website updated with traffic conditions and news about roadworks across France ;
- Dynamic traffic management to improve travel conditions for all road users, increase safety and for a better share of the road infrastructures.


While 3G and 4G technologies have made it easier than ever to use apps, stream video, and connect with people across the world, 5G technology promises to bring an unprecedented level of speed, reliability, and connectivity to our digital experiences.
I’ve gathered information from several sources about what we can look forward to when 5G internet becomes the norm across mobile devices in the next few years.
Here are seven reasons to get excited about 5G technology coming later this year:
1. Better binging and sharing
“5G is designed to make virtually everything faster, providing fiber-like speeds to support insatiable demand for unlimited data. You should notice improved download speeds, superior quality video streaming and virtually instant cloud access in flagship 5G devices launching in 2019. And it should be easier than ever to download your favorite binge-worthy series at the airport or deliver massive files to colleagues when you’re on the go.” (5G is coming in 2019, and it’s going to change your life, Mashable)
2. Longer battery life
Energy and efficiency are the next key areas that will be changed by 5G, allowing for devices to consume a staggering 90% less energy in data operations compared to 4G networks. (5G Internet will Change the World through Connectivity, Interesting Engineering)
3. The end of the cloud
“Initially, 5G will make it faster for devices to communicate in real time with centralized cloud-computing networks. Longer term, blazing-fast wireless networks have the potential to eliminate the cloud as a computing platform.” (Supersonic 5G Wireless Could Kill The Cloud, Forbes)
4. New connected business models
5G will increase low latency — the time between data request and its delivery. “Killing latency is a big deal. It opens up new business models far beyond simple media consumption … like autonomous cars and package-delivering drones … smart lampposts and traffic lights … and even remote robotic surgery.” (Supersonic 5G Wireless Could Kill The Cloud, Forbes)
How 5G will change the world, World Economic Forum)
6. New inventions and new opportunities
“[A]ccording to the European Patent Office, the number of patent applications related to “smart connected objects” has surged 54%,” — meaning that unknown inventions will arrive after 5G becomes available. (How 5G will change the world, World Economic Forum)
7. The potential for the next industrial revolution
“Data moves so quickly on 5G that Dunne has argued this technological breakthrough will usher in a Fourth Industrial Revolution.”
Moto Z3 with its attached Moto Mod. You can expect more 5G devices to join Verizon’s 5G network later this year, including Samsung’s Galaxy S10 5G phone. Meanwhile, AT&T is getting ready to launch 5G in 19 cities later this spring.


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Clearly communicate expectations and goals:It’s important to clearly communicate expectations and goals to remote team members to ensure that everyone is on the same page. This includes things like deadlines, deliverables, and communication protocols.
Use the right tools:There are many tools available to help you manage and communicate with remote teams, including video conferencing software, project management tools, and messaging platforms. Choose the tools that work best for your team and make sure everyone is trained on how to use them effectively.
Establish a sense of community:Building a sense of community and connection among remote team members can be challenging, but it’s important for maintaining morale and fostering collaboration. Consider using video conferencing to hold regular team meetings, and encourage team members to engage with each other outside of work.
Promote work-life balance:Remote work can blur the lines between work and personal life, so it’s important to encourage team members to establish clear boundaries and prioritize work-life balance.
Set clear communication protocols:Establishing clear communication protocols can help ensure that everyone is on the same page and that no important information is missed. This might include setting regular check-ins, using specific channels for different types of communication, and setting clear guidelines for responding to messages. These are some tips that can help you to effectively manage and lead a remote team to achieve great results.
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To answer the question, what is Blackberry technology, first we will try to address the root causes that led to this technology. Cell phones that were manufactured before has very limited capabilities, such as make / receive calls and send / receive messages. Some applications as calendar, reminders and games were present, but they were not a real advantage through mobile technology existing. The answer was to integrate functions such as Internet web browsing, email, etc in cell phone technology. The Blackberry was a response to these advanced features proposals. Take a deeper look in the various aspects of this technology.
The harga Blackberry is a communication device that was developed in a company based in Canada, Research in Motion (RIM) in 1999. It was built with a multitasking operating system. The previous phones manufactured under this technology uses the 80386 microprocessor for operation.
What is Blackberry Technology?
The new Blackberry 9320 series is designed and the work of the Intel Xscale 624MHz CPU. The previous version of the Blackberry cell phones worked with a 80 MHz processor and therefore comparatively slow in downloading web pages of 3G. Blackberry IPD file used for data storage. An IPD is only used to manage databases that makes the performance even faster. The technology includes simple features like calendar, reminders and games, along with basic applications to make and receive calls and messages. In addition to the basic features that also lets you send emails and browse websites. Manufacturers have also tied up with various vendors such as Microsoft, IBM and Novell to integrate Outlook, Notes and GroupWise to these phones. Almost all phones manufactured with technology Daftar harga BlackBerry with Integrated Bluetooth technology in them. Some models also feature built-in ‘walkie talkie’ phones.
How is the Blackberry technology different?
What is the difference between cell phones and conventional mobile phones? There a package called BlackBerry Enterprise Server, that is available to Microsoft Exchange, Novell GroupWise and Lotus Domino. In organizations with a large number of Blackberry PDA users, the BES is used to provide email service without disruption to consumers. People however, can use the email service provided by your service provider. But more importantly what makes it different from conventional cell phones daftar harga Blackberry terbaru, APIs that are available for writing programs by any individual. You can use these APIs and write their own software. You can run this software on your Blackberry cell phone or PDA. However, you need to take a digital signature of the rim before attempting to use this software to any other person.
Other features and software
There are several other programs that are compatible with Blackberry technology. Blackberry Internet Service, BlackBerry Desktop Manager and the BlackBerry Messenger are some of them. Several third party software are available for free download over the Internet, which makes the use of these PDA’s even more fun.
There are several models available on the market Blackberry. The Blackberry Storm 2 is supposed to be launched in the market in September 2009. May 2009 statistics show there were more than 28 million Blackberry phone users by the end of it. This figure only reflects the widespread use of Blackberry technology.


XceedID is committed to developing innovative ideas in the area of RFID and contactless smart cards into leading edge products that reduce undue risks of development and assure lower cost and quicker time to market. XceedID builds strategic partnerships with manufacturers to serve customers spanning the Fortune 100 to emerging growth companies.
XceedID is dedicated to the design, development and supply of advanced contactless RFID products. XceedID’s team is highly experienced with contactless technology applications and combines the expertise of industry leading design, engineering, and product/sales development veterans.
The combined experience lays the groundwork for continued technology innovation and provides the basis for driving feature sets and future technology from major semiconductor vendors. XceedID and its OEM channel partners will provide class leading products that span a broad range of applications including: Identity, Logical Access, Biometrics, Physical Access Control, Health, Payment, and other Custom applications with significant market opportunity.


In the 1960s Donald Davies in London and Paul Baran in Santa Monica independently invented packet-switching, converting data into packets which contained the address of sender and recipient. By
1969 such a network connected four computers. This was ARPANET, funded by the US Dept of Defence. Two years later, 23 computers were on the network, communicating by e-mail. Another network, Usenet, also came on-line, allowing users to communicate with newsgroups, and by 1985 other networks included CompuServe and America Online. But these networks could not communicate with each other.
Techies began to look at this problem, working out ways of inter-networking. Soon people simply spoke of the internet. Working out rules for such interplay, they came up with the Transmission Control Protocol/Internet Protocol, or TCP/IP. Different networks began to work with each other, the internet becoming a network of networks.
By 1988 there were 50,000 computers on the internet, growing to a million three years later. By the 1990s, commercial Internet Service Providers offered cheap access, following on from the invention of a method of organizing information by British-born CERN researcher, Tim Berners-Lee in 1989. He called his system the World Wide Web, with information disembodied on computers around the world, leading to an almost mythical concept of cyberspace.
In 1995, Microsoft made advances with the Internet Explorer browser, the providers changing in kind. Seeing advantages in the system, during the mid-1990s, the dotcom entrepreneurs came to the internet, offering all forms of service, from information, to ordering, to auctioneering. By 2000, a fully integrated internet served more than 70 million users and today, billions.
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I connected it to a router that’s on the network and a new IP address appeared on the network using the name beaglebone.
I was able to connect to this using SSH as you can see from the two windows on the left. Since I’m on Windows I used ssh and winSCP.
I’m supposing the file system on the right is somewhere inside the file system on the left?
Anyway, I’m glad the thing booted up. I’m supposed to load the latest OS according to the documentation so I may work on that tomorrow.


CyberLink partnered with NTT DATA to deploy a smart retail solution at an disrupting digital store with Tokyu Hands in Shibuya. CyberLink’s FaceMe® facial recognition engine is used to identify customers’ age, gender and emotions inside the retail environment. FaceMe® is combined with NTT DATA’s voice-to-text technology to collect data to improve the quality of customer service and product development at the store.
The solution provides customers with a rich and complete interactive experience through remote service. Sales consultants remotely located at the retailer’s Shinjuku office communicate with customers in real-time to provide support and recommendations, showing up as avatars on the monitors. Customers can complete their transactions using these monitors, all in an integrated touchless experience.
The disrupting Tokyu Hands digital store in Shibuya had a successful launch. The pilot project provides a proof-of-concept of the FaceMe® AI facial recognition engine's ease of integration and powerful capabilities. The integrated solution combines remote guest services, digital information monitors and the use of anonymized AI data analytics to drive a robust self-service customer experience.


The 475 Field Communicator builds on the industry-leading technology of the 375 Field Communicator while adding innovative new capabilities including color display, Bluetooth communication, and advanced field diagnostics with applications like ValveLink ™ Mobile.
475 Field Communicator
The 475 Field Communicator is designed to simplify your work in the field. The intuitive full color user interface allows you to leverage the same practices for both HART and F oundation fieldbus devices. It includes a larger touch screen than PDAs or Pocket PCs, supports HART versions 5, 6, and 7 (including WirelessHART ™ ) devices, and allows you to upgrade your 475 Field Communicator onsite using the Internet.
1. Full-color graphical user interface
2. Powerful field diagnostics
3. Bluetooth ® communication
4. Long-lasting Lithium-Ion power module
5. Universal support for HART ® and F oundation ™


Designing a true technology oriented robot toy
SpykeeCell is part of the Meccano’s Spykee robots family that encountered a wordwide success at the occasion of the Christmas 2008 period.
Wany’s Toys and Robotics divisions developed the SpykeeCell, a cell phone remote controlled robot with iPod dock and a video streamed via Bluetooth.
SpykeeCell is the ultimate technology oriented toy, designed in a way that children and adults can enjoy using it with their favourite MP3 player and mobile phone.
SpykeeCell’s motors, moving head, headset mode and the iPod on his dock are wirelessly controlled from any compatible Bluetooth mobile phone (including major brands like Nokia, Samsung, Sony Ericsson, Motorola and BlackBerry headsets). SpykeeCell also features Sound and light effects, images capture and a voice deformation function.
Wany's teams took in charge all the electronic and software development for SpykeeCell and its “console” applications to be installed on the cell phones.
SpykeeCell is a true innovation developed by Wany Robotics for Meccano and is a major part of the Spykee range of products. SpykeeCell is great for children (8+).
Electronic Engineering and embedded software:
The electronic architecture of SpykeeCell is based on an ARM microcontroller. Wany Toys developed components specifically designed for SpykeeCell such as a video feedback over Bluetooth radio communication module, a built-in camera and camera driver.
The embedded software allowing to control SpykeeCell from handsets have been developed to be compatible with the most common cellphones from major brands like Nokia, Samsung, Motorola, BlackBerry and Sony Ericsson. Dedicated packages have been developed for Symbian S40 and S60 operating systems as well as BlackBerry.
Spykee Cell is a Bluetooth qualified products and is part of the Made for iPod program. As a major actor of the product development Wany Toys also managed the FCC and CE certifications ensuring that SpykeeCell is compliant with the most demanding norms.


New technology can give you a real advantage in the business world. If you’re on the cutting edge, you can work faster, smoother, and more efficiently, and that can gain you a good reputation and more customers. New business technologies and small companies go hand in hand for this reason.
With new technology, you don’t need to worry as much about physical facilities. You can operate stores online, interact with customers in real-time and hire remote employees. Flexibility affords small companies a lot of advantages on the global market, allowing them to avoid spending for on-site work and expand to more locations more easily.
Connection and Collaboration
The internet connects people across the globe, and new technologies facilitate those connections. Even when your entire organization works remotely, you can easily get everyone on the team together for a video call. Cloud applications allow you to store and back up unlimited amounts of data online. Email, instant messenger and cell phones allow you to interact with your employees and customers quickly and efficiently.
These more efficient ways of connecting make collaboration even easier too. Now, instead of passing work along the assembly line and waiting for feedback at each step, your team can use new technologies to work simultaneously and produce results faster.
With the rise of the internet and computing technology, so many more aspects of business take place in digital spaces than they used to. Digitization gives businesses more advantages and wider markets, but it also leaves them open to cybersecurity risks. Many security companies are developing new technologies to combat these risks and protect businesses of all sizes. These more comprehensive protections including Virtual Private Networks (VPNs) and Identity and Access Management applications to protect employees’ devices whether they work on-site or remotely, alongside older technology like anti-virus software.
There are all kinds of new business technologies out there for small companies to use, with just as many benefits.


Listening on additional ports
(Dovecot v1.1 and later support natively listening on multiple IPs and ports.)
Here's a little trick to get servers to listen on additional ports. This can be used for SMTP as well or any other protocol. However be aware that Dovecot makes the insecure assumption that connections from local ip addresses are always "secured", that means, in particular, the requirement for TLS for plain text authentication won't be enforced - this obviously also will apply to connections forwarded using socat running on the same host.
This requires netfilter compiled into the kernel or loaded as module and the user-space iptables command:
iptables -v -t nat -A PREROUTING -p tcp -j REDIRECT --dport 109 --to-ports 110
You can achieve the same result:
socat tcp4-listen:109,setuid=nobody,fork,reuseaddr tcp4-connect:localhost:110,bind=localhost &


The MIND Lab is an initiative of the University of Maryland which collaborates with private industry and government agencies to foster new, large-scale computer science projects in the areas of wireless networking, information services, information-centric applications, networking infrastructure and information assurance and security.
Message from the Director
The mission of the MIND Lab is to provide an environment for collaborative research and development efforts among its participants. The University of Maryland established the Maryland Information and Network Dynamics (MIND) Lab to provide a focal point for defining, developing, evaluating and deploying new information technologies.In partnership with industry, government agencies and other universities, the MIND Lab addresses key research, education and technology challenges, and creates new opportunities for the market.
In a secure and user-friendly environment, the Lab brings together a world-class group of innovative researchers with an industry facing high user demand for access to broader, more sophisticated and integrated information services.The rapid development of information technology is often dictated by industry, which must sustain daily commercial operations while continuing to innovate, usually independently or in conjunction with a few partners. The MIND Lab provides a vendor-neutral site while supporting the development and deployment of multi-vendor systems. While the MIND Lab is part of the University of Maryland, it is organized so that its partners have a major role in defining the strategic directions of its activities and research.
The MIND Lab provides support for collaborative efforts and operational experimentation on systems of reasonable sizes by deploying research infrastructure and 'testbeds' that can be used for addressing the problems of scalable distributed heterogeneous systems.Our ability to create environments to meet information needs is limited by our ability to integrate systems consisting of a large number of heterogeneous hardware and software components. University researchers working with the MIND Lab have already developed several new approaches and technologies related to the use of time and information in systems.
This experience gives the MIND Lab a unique advantage in instrumentation, testbed flexibility, collaborative projects and other challenges faced by the research and development community at large.
- Dr. Ashok Agrawala


Epson WorkForce Pro WF-4630 Printer
Esme delivers fast printing with superior quality results. Esme offers high-speed faxing, efficient paper handling, automatic two-sided printing, and wireless connectivity.
- Print / Copy / Scan / Fax
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- 250 Sheet Paper Tray
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For more specs and information, check out Esme on the Epson website!


Finally – VoIP for small businesses
Contending with the larger businesses with more resources is a challenge for all small business owners, and any advantage will only assist in the struggle. Anchor Network Solutions, Inc. is proud to offer our customers an economically sound, first-class solution that is both easy to supervise and use.
Anchor Network Solutions, Inc. can provide and install an NGT Digital Voice system that is:
- Affordable – with low cost and no additional implementation or maintenance fees
- Easy to use – including an intuitive, user-friendly interface
- Reliable – we will service, maintain, and manage your system 24/7
- Mobile – remote calls can be answered from other locations or forwarded to a mobile phone
See how easy a VoIP phone system can be.
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Instant Messaging allows people to make the use of Internet chat conversation which enables in providing information back and forth in the current time. It is often used as a social networking tool. Instant messaging has become a great asset to people allowing them to talk to family, friends, relatives etc.
Instant messaging allows communication between two people in any part of the world without having to pay any charges associated with the phone usage. Many companies come up with some internal plans or schemes for the convenience of their employees.
Instant Messaging allows real time conversations without disturbing anybody’s schedule or taking away anyone’s time. If one is in the middle of some work and receives a call, but with the use of instant messages one can at their convenience have a chat with the concerned person without hampering the routine.
In instant messaging, one does not have to wait for a response like in an email. In text, the person with whom you are communicating is normally connected to the site. One can also control the information the one desires to share with the other person.
4. Be in touch
It enables one to be in touch with family, friends or relatives, when one is not in the same city, state or country. It also allows one to make new friends across the globe. It allows one to speak to multiple people at the same time.
Thus, with the introduction of Internet, much of our communication happens through the screens of our computer monitors and also through our phones. One of the many additions to this is Instant Messaging.


LizardSystems Wi-Fi Scanner 5.0 With Crack Free Download [Latest]
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The LizardSystems Wi-Fi Serial Key is useful for access point users who need to know the signal strength distribution for their home wireless network or choose a location for their access point to obtain optimal signal quality.
LizardSystems Wi-Fi Serial Keygen Full use for configuration, programming, and monitoring of security and recovery settings. You can even rate wireless networks by channel, bandwidth, and dramatically increase connection speed.
LizardSystems Wi-Fi Scanner Registration Key is very useful for normal accusers who wanted to know the optimal signal strength and quality of their wireless network. LizardSystem WiFi Scanner Activation Key that can be used to perform tasks such as configuring, scheduling, and monitoring network and security settings. You can estimate and search for associated wireless networks by channel, bandwidth, and greatly increase connection speed.
LizardSystems Wi-Fi Scanner Key Features:
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- Support for WiFi 802.11ac / 802.11a / b / g / n technology
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How to install LizardSystems Wi-Fi Scanner:
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