Sentences with phrase «as wearable sensors»

Nanotechnology Consumer Products Inventory now contains over 1,000 nanotechnology - enabled consumer products, reflecting the increasing use of tiny particles in everything from conventional products like non-stick cookware and lighter, stronger tennis racquets, to more unique items such as wearable sensors that monitor posture.

Not exact matches

Small smart sensors are changing the workplace as wearable technology becomes more widely used.

Investments in technology have also been made at the league and franchise level - virtual reality, in - game wearable tech (the Motus Baseball Sleeve measuring stress on elbows and the Zephyr Bioharness monitoring heart and breathing rates) and the recent announcement of Blast Motion as the official «bat sensor technology» analyzing swings.

However, analysts were disappointed that the watch is missing a key element seen as vital in emerging smartwatch technology: It lacks biometric sensors that could be used to monitor heart rate, respiration and other body functions deployed in other wearable fitness devices.

The technique could also be used to clean surfaces without harsh solvents, and could be adapted to peel films used in ultrathin electronic devices, such as solar panels, flexible screens or wearable sensors.

Versatile, light - weight materials that are both strong and resilient are crucial for the development of flexible electronics, such as bendable tablets and wearable sensors.

These features should enable the artificial intelligence to be used in a broad range of societal applications such as image / voice recognition, wearable terminals, sensor networks and nursing - care robots.

He also served as chair of the IEEE Engineering in Medicine and Biology Society (EMBS) Technical Committee on Wearable Biomedical Sensors and Systems in 2008.

Researchers are working on prototypes of wearable robotic suits that give paralyzed people the sensation of walking as they control the movement of the suit with sensors worn in a skullcap.

Zhenan Bao, a chemical engineer developing similar wearable health sensors at Stanford University in California, says that some key components such as batteries and processors do not yet have a flexible form suitable for skin patches.

Most currently available UV sensors require high - tech gadgets to operate, such as smartphones or wearable devices.

Scientists are developing flexible, stretchable and wearable optoelectronic devices, such as body sensors that could provide continuous monitoring of a person's blood pressure.

RMIT University researchers have created wearable sensor patches that detect harmful UV radiation and dangerous, toxic gases such as hydrogen and nitrogen dioxide.

We very much hope that these washable, lightweight and stretchable organic photovoltaics will open a new avenue for use as a long - term power source system for wearable sensors and other devices.»

In tandem with this trend, microfluidic devices using conductive liquid metals have been increasingly employed as wearable pressure and strain sensors.

Wearable sensors have already been used to measure individual components of sweat such as sodium, but this is just the tip of what's possible, says Ali Javey at the University of California, Berkeley: «If you want to get any meaningful information about your health condition, it's very important to be able to analyse multiple chemicals at once.»

That may not be so far away — a team of researchers at KAIST in Daejeon, South Korea has developed a flexible, wearable 20 mm x 20 mm polymer sensor that can directly measure the degree and occurrence on the skin of goose bumps (technically known as «piloerection»), which is caused by sudden changes in body temperature or emotional states.

Ordonez, Hayashi, and a team of researchers from SSC Pacific, in collaboration with the University of Hawai ′ i at Mānoa, have been developing novel graphene devices as part of a Navy Innovative Science and Engineering (NISE)- funded effort to imbue the Navy with inexpensive, lightweight, flexible graphene - based devices that can be used as next - generation sensors and wearable devices.

Solutions for sensor and other non-display applications are in development, enabling revolutionary design possibilities, set to transform existing markets such as wearable and mobile devices, signage, and automotive, as well as many others.

Future applications for this RF harvesting technology could be to power other remote sensors, such as for smart home devices, as well as to provide power for fitness wearables and Beacon devices.

These components produce objects such as robots, drones, wearables, and sensors.

Keddy said that from wearables to internet connected things such as washing machines, smart meters, traffic cameras, and even trees with tiny sensors could be always transmitting data that could be analyzed quickly to help you make decisions where and when it matters.

Goodix, a premier developer and provider of fingerprint and touchscreen solutions for mobile phones, tablets and wearable, currently holds a diversified portfolio of fingerprint authentication solutions that provides excellent flexibility to suit the varying preferences from consumers and partners such as Innovative Biometric Solutions for Display, Live Finger DetectionTM, Invisible Fingerprint Sensor (IFSTM), Glass - covered and Coating button sensors.

The Sensors API provides access to raw sensor data streams from sensors available on the Android device and from sensors available in companion devices, such as weaSensors API provides access to raw sensor data streams from sensors available on the Android device and from sensors available in companion devices, such as weasensors available on the Android device and from sensors available in companion devices, such as weasensors available in companion devices, such as wearables.

About Goodix: Goodix, a premier developer and provider of fingerprint and touchscreen solutions for mobile phones, tablets and wearables, currently holds a diversified portfolio of fingerprint authentication solutions that provides excellent flexibility to suit the varying preferences from consumers and partners such as Live Finger Detection ™, Invisible Fingerprint Sensor (IFS ™), Glass - covered and Coating button sensors.

Goodix, a premier developer and provider of fingerprint and touchscreen solutions for mobile phones, tablets and wearables, currently holds a diversified portfolio of fingerprint authentication solutions that provides excellent flexibility to suit the varying preferences from consumers and partners such as Innovative Biometric Solutions for Display, Live Finger DetectionTM, Invisible Fingerprint Sensor (IFSTM), Glass - covered and Coating button sensors.

Wearables are here to stay, they are supposed to be the evolution of mobile technology, since they can be worn as accessories and incorporate a lot of sensors, thanks to the reduction in size that these components are now available in.

Current rumors suggest the Fitbit Blaze 2 will have many of the same features as the Fitbit Ionic, with the upcoming wearable said to run the same Fitbit OS software and have a relative SpO2 sensor, which would be able to monitor for sleep apnea.

«Ironically, smartphones collect considerably more data than today's wearables, because they have many more sensors, as well as rich applications which consumers use for all kinds of entertainment, communications and productivity purposes,» he told TechNewsWorld.

The Versa should still have the same SpO2 sensor found inside the Ionic which is capable of measuring oxygen saturation, with the wearable itself being positioned as the follow - up to the Fitbit Blaze, some insiders claim.

Both wearables were placed on either participants» wrists, while the ECG was done using a «previously validated and calibrated» heart rate measurement system, as well as a single channel ECG sensor and circuitry.

The wearable also features waterproofing, as well as an electrocardiogram and RFID sensors.

Developers will be able to developer their own custom card layouts, and to control data and actions betwixt the wearable device and the wearer's smartphone, as well as gathering data on sensors for real - time display if needed and, of course, enabling their app to utilize «Ok Google» voice actions.

Details listed on the page confirm previous speculation that the wearable will have a touchscreen, as well as focus on features such as GPS, sensors to monitor health activity, and the ability to be used without connection to a smartphone.

Manisha Mohan, an Indian scientist at the Massachusetts Institute of Technology (MIT), has developed a sticker - like wearable sensor that can detect sexual assault in real time and quickly alert nearby people as well as the victim's friends and family and emergency services of the assault.

The display also features an ambient light sensor, allowing Ionic to adjust brightness as needed to suit environmental lighting conditions — the majority of past Fitbit wearables have had only one brightness setting.

The Moto 360 makes use of the standard sensors, including a gyroscope, accelerometer and heart rate sensor, and the wearable also includes Wi - Fi so it can work semi-remotely from a smartphone (as long as both are connected to a Wi - Fi network).

The leaked renders also indicate Fitbit's new wearable will feature infrared sensors, allowing the smartwatch to measure oxygen levels in the blood, as well as more accurately determine heart rate and heart rate variability.

According to the images, the wearable would be sporting an heart rate sensor as well.

As you can imagine, since this is a fitness wearable, it also has sensors to allow data to be collected when working out.

Microsoft enters the wearable market, as the company is reportedly working on a sensor - rich smartwatch that syncs will all popular platforms — Windows Phone, iOS and Android.

Moving beyond the conventional mobile entertainment apps, Samsung has developed apps through Samsung Research Institute, Bangalore and other third party App developers with a mindset of leveraging the power of a wearable device such as the Gear S2 and its array of sensors such as accelerometer, gyro sensor, proximity sensor, etc..

As well as wearables devices, BLE allows Android apps to communicate with devices that have tighter power requirements, such as proximity sensors, heart rate monitors, and beaconAs well as wearables devices, BLE allows Android apps to communicate with devices that have tighter power requirements, such as proximity sensors, heart rate monitors, and beaconas wearables devices, BLE allows Android apps to communicate with devices that have tighter power requirements, such as proximity sensors, heart rate monitors, and beaconas proximity sensors, heart rate monitors, and beacons.

Also standard on the Gear line of wearables is an included heart rate sensor and pedometer, which will allow users to keep track of their fitness levels in daily activity as well as at the gym.

The smartwatch features a 3D gyro, 3D accelerometer (referred to simply as 6 - axis G+A) and an ambient light sensor, but lacks a heart - rate sensor, a slightly disappointing omission considering it was one of the main things I've enjoyed with other wearables on the market, lending a more sporty vibe to them.

When it comes to wearables, Efrati notes that KitKat will add support for key sensors such as geomagnetic rotation vectors, step detectors and step counters that will be important for smartwatches that come preloaded with fitness apps.

The Sony SmartWatch 3 is a better connected device than most wearables, as not only does it have the obligatory Bluetooth 4.0 along with common features like ambient light sensors, an accelerometer, a compass and a gyro, but also GPS and NFC.