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8846 result(s) found
Soft Exo-skeleton/Exo-Suit for application in daily life and rehabilitation

To create a lightweight, user friendly, and a wearable soft exosuit which is affordable to everyone and easily available in the market.

Section: Academic Innovations (Innovations)
Development of A Cost-Effective EMG CoNtrolled PRosthetIC Hand for Multiple Grasp Patterns (ENRICH 1.0)

The proposed Prosthetic Hand (ENRICH 1.0) is a laboratory prototype of prosthetic hand attempted to be used by the upper limb amputees during daily living activities.

Section: Academic Innovations (Innovations)
Secure photonics-enhanced communication systems

A secured photonics platform will enable high speed communications, environmental sensing, electronic warfare capabilities far beyond existing electronic technologies.

Section: Academic Innovations (Innovations)
Self-powered Sensor System for Soft Robotics and Human-Machine Interaction

The goal of this research is to develop novel piezoelectric/triboelectric based high-resolution, low-cost electromechanical sensors.

Section: Academic Innovations (Innovations)
Electronic sub-system design for RADARs and Lasers

The aim is to develop a prototype RADAR using photonic techniques using chirped waveforms with bandwidths of >4 GHz and range resolution of sub-meter. This will be very useful for use in drones and for the development of ultracompact high performance

Section: Academic Innovations (Innovations)
Efficient Optimization of NP-hard problems on a Rydberg dressed array of single Cesium atoms

It is aimed to setup a quantum computing hardware based on arrays of single neutral atoms trapped in optical tweezers for exploring adiabatic quantum optimization of NP-complete and NP-hard problems.

Section: Academic Innovations (Innovations)
Signal processing and learning for efficient detection, localization and tracking by cognitive radars

This proposal seeks to develop detection and localization algorithms for various radar configurations, where the focus will be on developing algorithms and testing them.

Section: Academic Innovations (Innovations)
Development of high-sensitive magnetic field sensors​ for proximity detection

It is aimed to develop two different types of magnetic sensors which can be used for position sensing in robotic application. The goal is to achieve high sensitivity so that when used in critical applications, the sensors can provide information on m

Section: Academic Innovations (Innovations)
Distributed Adaptive Coverage Control of Network of Drones - Theory to Practice

This project aims to deliver a set of novel distributed adaptive coverage control algorithms for a fleet of drones with experimental validation in indoor as well as outdoor settings. The proposed algorithms can be used in diverse application scenario

Section: Academic Innovations (Innovations)
Simultaneous Localizaion and Soil Moisture Mappingfor Agriculture Applications

Simultaneous Localizaion and Soil Moisture Mappingfor Agriculture Applications

Section: Academic Innovations (Innovations)
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