Project soli

Project Soli is a Google technology that uses radar sensors and machine learning to enable touchless gesture control. A small Soli chip contains radar that can detect subtle hand motions and movements. This allows devices to be controlled through gestures without touching screens. Google is developing a Soli developer kit to allow creators to explore uses for areas like health, art, smartwatches, and other interfaces. The technology provides an alternative to camera-based gesture systems by offering higher motion tracking speeds and the ability to sense movements through certain materials.

Google’s PROJECT SOLI by Advanced Technology And Project group[ATAP]. A new gesture Recognition sensor. Presented By Anand Namastemath.

Project Soli is a new technology developed by Google that uses radar sensors to detect hand gestures without the need for touch. The tiny radar chip, developed by Ivan Poupyrev in 2015, can detect submillimeter finger motions at 10,000 frames per second. By using "virtual tools" like an invisible button, Project Soli allows for touchless control of devices through accurate 3D gesture recognition.

This document is a seminar report submitted by Albert Cleetus for their dual degree MCA. It discusses Project Soli, a technology developed by Google's ATAP division that uses radar to enable touchless gestures. The report provides background on Google and ATAP, and describes how Project Soli's miniature radar sensor is able to detect hand motions and gestures without contact. It explains how the sensor works using radar technology, and discusses the algorithms and applications of Soli, such as controlling devices with gestures.

Project Soli, a new, robust, high-resolution, low-power, miniature gesture sensing technology for human-computer interaction based on millimeter-wave radar

A team in France developed a prototype bracelet called the Cicret bracelet that allows the wearer's arm to function as a smartphone screen. By twisting their wrist, the bracelet projects a touchscreen interface onto the arm using a pico projector. Sensors in the bracelet detect finger touches on the arm and send the input to an app connected via Bluetooth or WiFi to control a smartphone without needing to physically hold it. The concept aims to overcome issues with physically carrying smartphones like accidentally dropping or forgetting them.