| Bluetooth (31) |  |
| Cellular network (2) | |
| Long-term evolution (6) | |
| Radio-frequency identification (7) | |
| Wireless communication (25) | |
| Bluetooth (31) | |
| Cellular network (2) | |
| Long-term evolution (6) | |
| Radio-frequency identification (7) | |
| Wireless communication (25) | |
and predictable technology,#says Professor Roch Guerin, Chair of Computer science and Engineering at Washington University, St louis."Bluetooth targets lower transmission ranges and data rates than wi-fi,
And that is precisely what a team of EU-funded researchers are achieving in the SWAP('Symbiotic Wireless Autonomous Powered system')project.
and expertise to develop the next generation of innovative, autonomously powered wireless sensors. n recent years,
The new research harnesses technological advances in wireless networking, environmental sensors and soil water movement models.
The team tested the wireless charging system in a pig and used it to power a tiny pacemaker in a rabbit.
and efficacy requirements for using this wireless charging system in commercial medical devices. But it has the potential to eliminate bulky batteries
Either way, far-field electromagnetic waves have been ignored as a potential wireless power source for medical devices. Near-field waves can be used safely in wireless power systems.
Then there are a whole host of issues to work out dealing with wireless communications s
#New LED light technology sheds light on the future of food LED growing lights, delivering sunlight whatever the weather.
and 802. 11ac (Wifi) wireless standards even up to 20 MHZ bandwidth. ETADVANCED in contrast already accommodates ultrahigh bandwidths used by newer communication standards such as LTE Advanced (up to 80#megahertz) and the next-generation Wifi standard (up to 160 megahertz).
) Prepping for future communication standards is one thing that s helped the company thrive Dawson says.
and the information sent back via wireless communications. Detecting leaks by sensing a pressure gradient close to leak openings is a novel idea
#Device Could Harvest Wasted Energy From Wi-fi, Satellite Signals A wireless device developed by researchers at Duke university that converts microwaves into electricity could eventually harvest Wi-fi or satellite signals for power according to its creators.
It could also one day be built into cell phones to let them charge while not in use they say.
While similar devices, known as wireless capsule endoscopes, have been created in the past, the TE is notable for its soft tail,
Sensor-based irrigation systems show potential to increase greenhouse profitability Wireless sensor-based irrigation systems can offer significant benefits to greenhouse operators.
The Elgato Eve is a set of connected wireless sensors that monitor key factors like indoor air quality, temperature, humidity as well as conditions outside, like temperature, humidity and air pressure.
The Caséta Smart Bridge is a wireless lighting hub that makes up a core part of the Caséta Wireless Lighting Starter Kit from the company.
when youe outside of your home Wi-fi network. Apple had told us the first Homekit accessories were coming in June,
This feature allows phones to connect to one another directly using Bluetooth or Wi-fi as an alternative to the Internet.
In addition to serving low-resource or remote areas, the researchers noted that intrinsic wireless connectivity can serve epidemic-related studies,
the microscopes described here are connected all to servers through WIFI or network signals, which make them uite powerfulin terms of labeling results as a function of space
The research has been published in the journal Microsystems & Nanoengineering, in an article headed"3d-printed microelectronics for integrated circuitry and passive wireless sensors. e
#Dutch Harvest Electricity From Living Plants To Power Streetlights, Wi-fi & Cell Phones Plant-e, a company based out of The netherlands,
using them to power Wi-fi hotspots, cell phone chargers, and even streetlights. The company debuted their project, called tarry Sky, in November of 2014 near Amsterdam,
"Nikola Technology efficiently converts RF signals like Wi-fi, Bluetooth, and LTE into DC power using its proprietary energy harvesting circuit,
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