If you enjoy sub-categorizations (or initialisms), IoT is a goldmine: … and these are only a handful. Sensors, which take in information about the object or its surroundings, Actuators, which implement a physical action in the world, Communicate that information to other devices through the Internet, Use intelligence (its own or elsewhere) to make decisions, Implement those decisions in the real world, either itself or through other Internet-connected devices anywhere on the globe. This sort of granular awareness and regulation could also be applied in all sorts of citizen-directed ways. IoT in education holds the promise of increasing access and enhancing the delivery of learning at all levels â from smart classrooms to special accommodations for disabled students. Since manufacturers remain connected to IoT products, they can update the device’s software just as computer companies can upgrade an operating system. Uber, for example, recently bought bike-sharing company Jump. Coca-Cola, for instance, is already using IoT vending machines to learn which products are popular and optimize the placement of their machines. The company has improved on this limitation by creating a crowdsourced tracking network that they call “TrackR Crowd Locate,” which allows each TrackR device to communicate to the Internet through the mobile device of any TrackR owner. A senior professor at DeVry University for 20+ years, Eric Addeo, PhD, brings with him two decades of professional experience in the fields of electrical engineering and computer science. Todayâs generations are faced with the challenge of addressing problems such as the aging population and the inherent need for elderly assisted-living facilities. He has held Executive Director positions at Panasonic and Bellcore, has 10 patents in the wireless communication field and has co-authored over 100 technical talks. In site-based programs, students will be required to take a substantial amount of coursework online to complete their program. This system could track runs that occur both indoors and outside, as well as provide real-time updates when a runner misses a training session. Already, consumers who use a Nest thermostat have seen impressive results, saving more than 10% of the energy typically used for heating and cooling. DeVry is certified to operate by the State Council of Higher Education for Virginia. In Chicago, some citizens have been requesting policy changes to require documentation each time an officer draws their firearm. DeVry University is authorized for operation as a postsecondary educational institution by the Tennessee Higher Education Commission. Smart TVs have been trending toward computing functions and internet capabilities: if they already have a web browser, applications, and social networking functionality, at what point is the difference too small to matter? In New York, DeVry University operates as DeVry College of New York. Why is your Smart TV not an “IoT” TV? In addition to saving themselves money on a recall, Tesla also saved its customers’ time. Since a large portion of IoT’s benefit comes from device interaction and inter-coordination, the whole of IoT is more than the sum of its parts. Customers are clearly willing to pay for Peloton’s connectivity and classes–in fact, they’re willing to pay over and over. Companies must either have the ability to intake many types of data in multiple formats, which can be incredibly costly, or wait for one set of standards to win out. No self-respecting web developer would release a website without analytics that track the site’s popularity, but this is precisely what developers of non-IoT products have done throughout history. Instead of doing a standard recall, Tesla merely pushed a software update to their cars, allowing drivers to download the update at their convenience. Smart city IoT application is designed to provide improved and better-living conditions. Why are 98% of companies planning IoT initiatives? Well, the first one led to some outrage, but many people don’t even know there was a second one. Since this strain of malware is “open source”–anyone can access and alter its code–researchers later used a modified version to infect Windows computers, which were then used to infect other connected devices. The Internet of Things: Definition The IoT is a world-wide network of interconnected everyday objects that are uniquely addressable over the Internet. IoT can automate chores, even fulfilling necessities that many forget to do, such as checking the expiry dates of food or medicine. However, when networks grow to billions of devices, this centralized system will become a bottleneck. What if Bird started adding other sensors? Let’s walk through that standard data flow to see how an individual TrackR gathers and transmits information: TrackR learns its location through Bluetooth communication with nearby local devices, typically mobile phones or tablets. IoT is forecasted to help save the environment. What if fluctuating temperatures require more frequent tire refills? Information that was previously cumbersome or impossible to measure is now easy to codify as reliable data. Through cellular networks, it passes that data back to Bird HQ. TrackR’s cloud storage holds onto this information. Wearable IoT devices could determine the level of interest and/or fatigue of the students. For example, while a medical device must be HIPAA compliant, a smart watch does not. By shifting its production to an IoT manufacturing plant, motorcycle manufacturer Harley Davidson grew its overall profitability by over 3%. But let’s ponder on IoT powers in healthcare in a bit more detail. For some devices, increased connectivity has an improvement on the device itself. McKinsey forecasts the IoT value of remote monitoring of diseases at $1.1 trillion per year in 2025. What is IoT? In 2014, car manufacturer Tesla discovered a bug that might cause their car to start fires. These cellular trackers are typically more expensive, larger, have shorter battery lives, and require a cellular data plan. We are well into the IoT era. Users could simply select a date for their race and let their devices guide the rest of the training. All types of consumer tracking devices have been growing in popularity. With IoT, computing becomes physical, which prompts worries about cyber warfare. A computer or mobile device is a screen that provides output and a terminal that permits input. For example, IoT enabled education can help make laboratory exercises more versatile and realistic by using IoT-enabled virtual reality simulations. Governments will play a large role in the future of IoT security. Security is IoT’s biggest concern. TrackR can use its information to improve its services or sell this data to other companies. “The Internet of Things (IoT) is a system of interrelated computing devices, mechanical and digital machines, objects, animals or people that are provided with unique identifiers and the ability to … Some consumers are already using a combination of computer vision and IoT technology to provide individual measurements for custom clothing. What if Bird learned riders have more accidents on cold days? For other products, the interactivity between devices creates significant gains. IoT is short for Internet of Things. Another successful consumer IoT device, year-old scooter rental company Bird was recently valued at over a billion dollars. Even a minor improvement to efficiency would be massive: GE estimates that a 1% improvement in efficiency would raise its profits by $500M and amount to $10-15 trillion if it were applied globally. The order of these steps isn’t necessarily fixed, and some devices even may skip a step or two, but to a first approximation, this is a common data flow: The IoT device filters information, gathering and processing relevant data. most important change in data privacy regulation in 20 years. A few well-known products currently disrupting the IoT market include Microsoftâs Azure IoT, Cisco IoT and Google Cloud IoT, just to name a few. As the data grows (and it will grow faster with IoT), topics like data possession and control become even more important. Forward-thinking companies have already begun to realize these improvements. Where did it come from and where is it now? Since 2000, digital disruption has caused the end of 52% of the Fortune 500. The suite could even provide moment-by-moment advice during training, such as, “Your heart rate is slightly lower than it should be. For example, societies are currently unable to monitor the carbon emissions of individual people. In manufacturing, for instance, IoT devices can collect data on employees to improve management strategies and monitor machines to reduce overall downtime. George Westerman, the director of MIT’s course “Internet of Things: Business Implications and Opportunities,” has stated that IoT’s “main value, at least for the first stages, is going to be in operations.” He forecasts both lower operating costs and improved productivity. Additionally, GDPR is the “most important change in data privacy regulation in 20 years.” It regulates how EU citizens’ data and information can be used, including the requirement that companies delete data about a consumer at the consumer’s request. For one, technological advancement means that IoT technology will become easier to implement, … Analytics will be an IoT manufacturer’s most important tool, yet the sheer amount of data can be overwhelming. Since 2003, Salesforce has used some variant of this same slide: Since the 1950s, computers have evolved from mainframes to PCs, then been revolutionized by the spread of the Internet and mobile devices. IoT gives businesses the power to track customer usage of a product after it’s sold. Their IoT mining vehicles, for instance, increase productivity by over 20%. At some point, however, some smart watch functions such as heart-rate tracking may benefit from the ability to turn on HIPAA compliance. This equates to a total productivity gain of between $15 and $27 billion per year. Since each industry has its own requirements, each industry will likely have its own standards and solutions. Cisco defines the official beginning of IoT (admittedly arbitrarily) as the point when there were, The first well-known IoT consumer device was the, Remove an out-of-battery scooter from the map that its customers see, Move scooter hubs from unused areas to more popular places. Program availability varies by location. The evolution of wireless technologies is inextricably coupled to advances in the healthcare IoT domain. Their products, used by industries such as agriculture, construction, and mining, allow their customers more information and better efficiency. For example, voice is now generally accepted as the standard method of human interaction with consumer IoT home applications, leading to competition between nodes like the Amazon Echo, Google Home, and Apple HomePod for dominance of IoT in the home. For businesses, consumers, and society in general, how will this increased connectivity improve products and services? – Definition, Benefits, and Applications, already inexpensive and only becoming cheaper, presentation at Proctor & Gamble first used, Internet of Things: Business Implications and Opportunities, costs $400, why is Peloton so popular when their cheapest bike costs, checking the expiry dates of food or medicine. From Bird’s side, however, here’s how the process works: Each Bird scooter has a sensor to measures battery level and knows its location through GPS. DeVry University is accredited by The Higher Learning Commission (HLC), www.hlcommission.org. IoT watering systems already save millions of gallons of water every year by preventing leaks and watering only in times of no rain. A user could attach a TrackR to their keyring, wallet, or pet’s collar, and then view the TrackR’s location from their phone or tablet, which also includes the ability to make the TrackR play a sound. There is a vision being explored and brought to fruition by an unprecedented partnership of academic, governmental and commercial industrial institutions. By one estimation, a U.S. SmartGrid would “cost billions, save trillions.”. It is a kind of connector which makes cooperation between all the elements included in the IoT system easier. The device transmits this data to the Internet over networks, which may include Bluetooth, Wi-Fi, cellular, mesh radio, satellite or fixed line connections like Ethernet. essentially a platform where embedded devices are connected to the internet Each user can view a map of their TrackRs on their mobile device. Through TrackR’s mobile app, they can also request that their TrackR make a sound to help them locate it. If a thermostat with no internet connection learns your habits and adjusts the heat accordingly, it can be “smart” without being either … Unresolved complaints may be reported to the Illinois Board of Higher Education through the online complaint system http://complaints.ibhe.org/ or by mail to 1 N. Old State Capitol Plaza, Ste. Mandatory smoke detectors, for instance, have been shown to prevent fire-related deaths. Extensive centralization and interconnection capacities the IoT tech provides are difficult to overestimate. While the benefits are great, IoT is not without its risks. The IoT system’s objective documentation would make many citizens feel safer while the faster communication would help police officers by requesting backup faster. Backpacks and laptops might come with them embedded, helping users find items and recover them in case of theft. Let’s discuss the working of an Internet of Things in detail Smart grids. For most consumers, “convenience” is the first benefit of an IoT home. Run faster.”. There are currently no standards for the data markets, especially for data brokers—those who sell data collected from multiple sources. IoT has already been phenomenal in revolutionizing many aspects of traditional healthcare paradigms providing flexible, reliable and secure solutions that accelerate trends in personalized medicine, early diagnosis of diseases and more effective and efficient treatments. While 93% of adults say that being in control of who can access information about them is important, few feel they have “a lot of control” over how much information is collected about them in daily life. For example, TrackR has a “Works with TrackR” program where they integrate TrackR technology into products made by other companies. Thanks to IoT, There are also all sorts of trackers for other industries. At … A future smart grid promises to use information about the … Internet of Things definition: connected objects and devices (aka “things”) that are equipped with sensors, software, and other technologies that allow them to transmit and receive data – to and from … IoT has already bypassed the peak of the hype cycle, which Gartner describes as happening in late 2014. The Bluetooth protocol also caps TrackR’s range at a few hundred feet or so. One category of smart home IoT implementation will provide consumers remote control of their devices. Bird could implement an automatic program that offers local users ride credit for moving the scooter to the shade. Since IoT is literally about connecting devices, this fragmentation will slow both adoption and value creation, with McKinsey estimating 40% of IoT value comes from interoperability—devices communicating with each other, not just connecting with the Internet. Additionally, tech giants like Microsoft, Amazon, Google, and Apple are all clambering to provide services for the growing IoT industry. As companies speed ahead, building IoT products to make money, they’re running far ahead of policy and safety regulations. That means the IoT is a … IoT has been said to make way for “everything as a service.” Monitoring vital signs, for instance, has been common practice for professional athletes, and with the advent of consumer wearable devices, this service can become more accessible. While models for information infrastructure already existed, none had achieved the scale envisioned for our future workplaces, homes, neighborhoods and cities. The usage of the Internet of Things (IoT) in healthcare (the industry, personal healthcare and healthcare payment applications) has sharply increased across various specific Internet of Things use cases. Many companies already provide athletic tracking, but what about athletic optimization? Essentially, the buzz is diminishing while the rollout of real, practical IoT devices is increasing. It is heavily influenced … One company, MTailor, claims they’re even more accurate than a human tailor, and has been receiving positive reviews. On its way, however, it will need to hop a few hurdles on its way to becoming a multi-trillion-dollar industry. The pie is big enough that they’re going to be solved. As IoT grows in popularity, Internet-connected objects will become the norm, just as consumers now assume a phone is connected, but smartphones were only first released 11 years ago. Let’s say high temperatures can harm tires. For a police officer, firing their weapon is the most serious act. Location and sensing data coupled with actuators creates self-driving cars, which could. Smart-microphone arrays may even recognize when a professor mentions that an assignment is due and automatically update a studentâs calendar. Imagine a treadmill synced with an Apple Watch that can access the Internet’s intelligence on marathon training. If that’s not enough, the U.S. Department of Transportation estimates that vehicle-to-vehicle communication will help prevent 76% of car accidents, South Korea’s new “smart city” has lowered per capita energy consumption by 40%, and developments in IoT healthcare are forecasted to avoid 50,000 preventable deaths annually in only one small area–hospital mistakes.As McKinsey’s 144-page in-depth report on IoT concludes, “The hype has been great—the value may be greater.”. If Bird installs an IoT thermometer, it could learn how temperature impacts scooter maintenance. In cases of false alarm (such as smoke from cooking dinner), the smoke detector could follow-up with the authorities to notify them it had been turned off. As more devices surround people, often without people’s conscious awareness, IoT creates huge possibilities for privacy encroachments. 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Embedded LINUX in a Soft Real-Time Task:
The Canadian Geological Survey Internet Seismometer
© September 2001
The GSC-PGC embedded LINUX Accelerometer
• Acceleration Sensors
In perspective, the Geological Survey of Canada plans to deploy a great number of strong-motion seismometers in the urban areas of Canada's seismic risk areas (2) were at the same time a well developed Internet infrastructure is already in place.
In order to take advantage of this communications infrastructure a digital strong motion seismometer was designed at the Pacific Geoscience Center and was mated with an Internet data server so that data from an instrument can be retrieved via standard Internet protocols.
Arescon ltd. in Sidney, B. C., Canada was contracted to design the data acquisition software and the communications and data server package.
Normally the instrument acquires continuous acceleration data from the three or-thogonal
sensors and stores five minute blocks in a file system which is accessible over
the Internet. This file system can hold data from about two and a half days and is per-manently
Additionally, velocity, displacement (4) and certain spectral properties (5) are continuously
calculated as well. As soon as the instrument detects a seismic signal, para-metric
data, such as peak ground acceleration, velocity and displacement together with
spectral intensity data are reported in a message send to central computer.
Figure 1: Two Internet Accelerometers in the Lab
In the hardware design,the distinction between data acquisition system and data
server is somewhat artificial. An embedded computer, in the current design
the Intel compatible JUMP-tech ETX/MGX single board computer, is used to perform part of a digital signal-processing
chain for the data from the accelerometers as well as to provide data storage and access to data by
the standard File Transfer Protocol (FTP). The computer runs under the free Open-Source operating system LINUX in a small and very
specialized (embedded) version which also was designed by arescon ltd. from several
different sources (see 8).
Most existing strong motion seismometers use electromechanical "force feedback" sensors to measure ground acceleration. While these instruments have very desirable characteristics like the coupled pendulum instrument developed by (8) for example, they are expensive due to the complex manufacturing of the electro-mechanical sensors in rather small production numbers.
With current technology it is possible to manufacture micro-machined solid-state acceleration sensors in larger quantities and a study by the U.S. Geological Survey has shown (1), that rather sensitive seismometers can be built using these sensors.
Figure 2: Comparing the Internet accelerometer (middle trace) with two different commercial instruments in a simulation of the 1992 Landers earthquake.
The accelerometer hardware, which was designed by Ken Berverley at the Pacific Geoscience Center (PGC) in Sidney, British Columbia, also employs micro machined acceleration sensors. While the sensors used here are less sensitive than the ones studied by (1), they are in turn produced in very large quantities as parts of airbag triggering devices for the car industry. They are consequently relatively cheap.
The instrument is designed to measure acceleration in three orthogonal directions. For each of the sensing directions four accelerometer chips are operated in parallel to improve overall noise performance. The current design exhibits a sensitivity of 0.5 mg (with g the earth' gravitational acceleration). For comparison: The average person senses ground acceleration from an earthquake when it reaches about 15 mg.
Recordings from a simulation of the Landers (California 1992) earthquake are shown in figure 2. We had mounted several Internet accelerometers and four commercial strong-motion seismometers (Kinemetrics Etna and SSA2) on a large shake-table when several brick wall elements were tested with respect to their earthquake resistance by the engineering group of Prof. Carlos Ventura (University of British Columbia, Dept. of Mechanical Engineering).The middle trace in figure 2 was recorded by one of the Internet accelerometers, upper and lower traces are from a Kinemetrics SSA2 and Etna strong motion seismometer respectively. The recordings compare well, differences at higher frequencies may be due to the fact that the instruments could not be mounted all in the same location on the shake-table.


Chamsys Hardware for hire
Artnet Nodes – 5x 3Way Art-net nodes provide plenty of options to discerning lighting designers on even the largest projects.
MQ60 – 12 Universe stand alone desk great for smaller jobs and production work
MQ80 – 24 Universe stand alone desk for those larger jobs where more prossesing power is needed.
PC Wing – Controller designed to run with our MagicQ custom PC for a total of 64 universes and full HD rendering of visuals.
The MagicQ MQ80 is an extremely powerful console in a small size, supporting 24 universes direct from the console. The large central touch screen provides easy access to all MagicQ features and display and selection from full lighting plots.
- 24 Universes
- 10 Playback faders, 200 Pages
- 20 Execute buttons
- 202 virtual playbacks
- Internal Ethernet Switch
- In-built UPS
- External monitor (full HD, can be touch)
- Includes MIDI, Audio and Timecode input support
- Free MagicVis visualiser app
- Free MagicHD media player app
- Designed and manufactured in the UK
MagicQ MQ80 features the same flexible lighting control, media server connectivity and in-built Pixel Mapper found in all MagicQ consoles, and uses the same software and show formats, enabling compatibility between all MagicQ products.
MagicQ software features include easy patching from a library of 20,000 fixture personalities, simple attribute selection and programming, flexible live lighting control and a powerful inbuilt Pixel Mapper.
MQ80 can be connected via network to a PC or Mac running ChamSys free MagicVis lighting visualisation software for full visualisation of all the universes at no extra cost.
The desk can also be connected via network to a PC or Mac running ChamSys free MagicHD media player software for output of up to 8 layers of HD media at no extra cost.
MagicQ MQ80 incorporates high reliability components, including high durability metal Neutrik Ethercon locking connectors for easy and reliable networking. As with other MagicQ consoles, the Ethernet switch is protected by the UPS, thus ensuring that both the console and the network switch maintain operation even during a power loss.
t. 01234 301517


The drift chamber is the innermost sub-detector of the BESIII detector. It is one of the most important sub-detectors. Its main functions are:
1）Precise momentum measurement. To achieve this, special cares should be taken to minimize the effects of multiple Coulomb scattering in the design;
2）Adequate dE/dx resolution for particle identification;
3）Good reconstruction efficiency for short tracks from interaction point;
4）Realization of charged particle trigger at level one;
5）Maximum possible solid angle coverage( ～ 90%4 π Sr.) for charged track measurement.
To meet the above requirements, the BESIII drift chamber is designed to be a small-cell, low-mass drift chamber operated using a helium-based gas mixture and located in a 1T magnetic field, with a spatial resolution better than 130 mm averaged over the cell, a dE/dx resolution better than 6% for pi/K separation up to a momentum of 700 MeV/c, and a transverse momentum resolution of about 0.5%@1 GeV/c.
The BESIII drift chamber adopts the drift cell with almost square shape. All the cells are arranged in 43 circular layers. The radial extent is from 73 to 771mm occupied successively by 8 stereo layers, 12 axial layers, 16 stereo layers and 7 axial layers. Each layer contains a field wire layer (with all field wires) and a sense wire layer (with alternating sense and field wires). The cell size is about 12×12 mm2 for the 8 inner layers, in order to have high granularity and less aging effect, and about 16.2×16.2 mm2 for the following 35 layers. The sense wire is 25μm gold-plated tungsten and the field wire is 110μm gold-plated aluminum. The working gas of the chamber is chosen to be He/C3H8(60/40), together with the use of other low-mass materials, so as to minimize the effect of multiple scattering. Experimental study shows that it can provide good spatial resolution and dE/dx resolution.
The chamber is designed to consist of two parts, an inner chamber and an outer chamber. The inner chamber can be replaced if it malfunctions due to radiation damage. To maximize the polar angle coverage while accommodating the intrusion of the interaction quadruples, the end-plate of the inner chamber is designed to be a tilt shape, while that of the outer chamber has a multi-stepped and tilted shape to reduce the deformation caused by wire tension in large radius. The inner diameter of the drift chamber is 118 mm for easy assembly of the beam pipe. The physical outer diameter is designed to be 1600 mm to achieve good momentum resolution. The length is 2300 mm with the outmost sense wire layer covers a polar angle of |cosθ|=0.83.


Congratulations to the Hubbard Middle School Robotics Team. On Saturday November 23rd, 3 teams competed at Austintown's First Lego League competition. First Lego League engages students in research, problem solving, coding, and engineering.
The Storm Troopers team won the CORE VALUES award. This award recognizes a team that excels across the Inspiration, Teamwork and Gracious Professionalism® categories. This team displays extraordinary enthusiasm and spirit, knows they can accomplish more together than they could as individuals, and shows each other and other teams respect at all times.
The Ewoks team won the robot design award. This award recognizes a team that designs and develops a mechanically sound robot that is durable, efficient and highly capable of performing challenge missions.


Voice-enabled digital assistants, the new companion:
The feeling of wanting to be accompanied will be seen as a consequence of the lapses of time that many people had to spend alone from their homes due to confinement, and will bring with it the trend of digital assistants. They will appear everywhere.
Artificial Intelligence (AI), the year of its business maturity
Artificial intelligence will be applied to a wide range of information, including video, images, voice, network traffic activity and sensor data. It is estimated that at least 25 billion things will be connected by 2021. By next year, AI technologies are expected to grow exponentially and be included in almost every technology product and service.


Confirmed Sponsors & Exhibitors
Second Sight Medical Products (Nasdaq: EYES),founded in 1998, is a medical device company that develops, manufactures and markets implantable visual prosthetics to restore some functional vision to blind patients. Our current product, the Argus® II Retinal Prosthesis System, is intended to provide electrical stimulation of the retina to induce visual perception in blind people with outer retinal degenerations, such as RP. Argus II is approved for use in the USA (FDA) since 2013 and EU Economic Area (CE Mark) since 2011
The shortest description of our occupation is Integration by Innovation.
Our response to the permanently changing general professional conditions and job requirements of blind people are innovative products. These are primarily high-performance software systems helping to compensate for disadvantages resulting from blindness as far as possible by technical means. In order to achieve competitive capacity, we increase the productivity of blind users considerably.
GoSense is a French start-up specialized in sensory augmentation technologies. GoSense has released Wizigo, which is a community based GPS application for the visually impaired, and will soon release Rango, which is a smart electronic device that enhances the white cane and allows obstacle avoidance thanks to an innovative patented ultrasonic 3D sensor and spatialized audio feedbacks. GoSense is part of the european research project INSPEX, aiming at integrating different 3D sensing technologies together to make electronic white canes even more reliable.
Aira, based in San Diego, CA, leverages the power of mobile communications — together with a confluence of technologies (e.g. smart glasses and Augmented Reality) — to provide instant access to information for blind people. Users, by tapping their Aira app, connect within seconds to a network of certified remote agents who help the user — through the user’s smart glass wearable — gain unprecedented access to real-time information and assistance in a wide range of daily activities.
Sight & Sound
Sight and Sound Technology Ltd are the UK’s leading provider of hardware and software to the blind, visually impaired and those with learning/reading difficulties. We work in unison with private individuals, charitable organisations, educational establishments and commercial enterprises. A commitment to continual product refinement and innovation means that our products are simple to set up and easy-to-use. Providing our customers with responsive training/support. We work in conjunction with our customers/suppliers to ensure that their experiences are factored into products that we develop in combination with our partners, the leading companies in this industry.
Humanware’s inspirational vision has resulted in a range of highly intuitive and intelligent solutions for blind and visually impaired people including the ground-breaking BrailleNote Touch, the Connect 12 and the ēxplore range of portable magnifiers which are packed with exciting features and functions. The latest addition to our intuitive Brailliant Braille displays is the new Brailliant 14. Visit www.humanware.com for more information on our extensive product range.


Amateur radio 2m fm dsp-10 kit
DSP-10 2-m Amateur Radio SDR-W7PUA - janbobcom
The American Radio Relay League (ARRL) is the national association for amateur radio, connecting hams around the U. S. with news, information and resources.
2 Meter 80W All Mode Amplifier - Amateur Radio
Shop eBay for great deals on Kenwood HF FM Ham& Amateur Radio Transceivers. You'll find new or used products in Kenwood HF FM Ham& Amateur Radio Transceivers on eBay. Kenwood TM281A 65W 2M 144MHz FM Mobile Amateur Radio. America's Trusted Source for HAM Radio Gear and More! Kenwood top of the line TS 950 SD with DSP10
DSP-10 2-meter SDR Transceiver by W7PUA
The DSP10 is an amateurradio, softwaredefined 2meter transceiver that can be built at home. It operates not only on SSB, FM and CW, but also on four WeakSignal modes. Features are tailored to operation on VHF, UHF and Microwave frequencies.


Lithium Battery Tracker Bluetooth Monitoring System
The Antigravity Battery Tracker monitors your vehicle battery status through your phone or tablet by using their free Battery Tracker App (iOS or Android, Bluetooth 4.0). The app has three main pages: Voltage Test, Cranking Test and Charging Test. A simple interface makes it easy to monitor the battery’s voltage, automatically check its performance during starting, and test your alternator’s charging operation. You can view real-time data as well as historical results (31 days) that graphically displays the dates, voltages and more. The tracker will even send a warning to your phone if your battery is getting low and needs a charge. You can choose the alerts and notifications you want to receive.
The app has three main pages: Voltage test, Cranking Test and Charging Test.
- Real-time Voltage reading.
- Real-time Voltage Graph over 5 minutes span.
- Voltage History Graph with 31 days of data.
- Real-time Charge percentage.
- General Charge status (“ok”, “charging”, “low charge”) with colored indicators.
- Automatically logs Cranking date and time on each Start attempt of vehicle.
- Actual Cranking Voltage reading.
- General Cranking Voltage reading (“ok”, “low voltage”) with colored indicators.
- Cranking Voltage Graph over the number of seconds the Start took place.
- Data stored for 1 day on the Cranking Test page but can be reviewed in Voltage History Graph that stores data for 31 days.
- The test has two steps with basic instructions for you to follow.
- Step 1 is an Idle Condition test.
- Step 2 is a High RPM Voltage test.
The Antigravity Battery Trackeris available for Lithium and there is also a version for Lead/Acid batteries, both at MSRP $35.99