Ref: IPTIF/TD/IP/009 Robotic systems are being designed to mimic human behaviour such that their applications can make inroads in service sectors such as elderly care,…
Ref: IPTIF/TD/IP/008 The earth is covered with 70 percent of water, yet humans could explore only 05 percent of oceans and 01 percent of the…
Ref: IPTIF/TD/IP/007 The low earth orbit satellites have growing concerns: most rockets are not reusable, the launched satellites are rarely serviceable or upgradeable, the operational…
Ref: IPTIF/TD/IP/006 The project aims to develop a real-time optical motion tracking system for calibration and testing of autonomous vehicles. Usually, an optical motion tracking…
Ref: IPTIF/TD/IP/005 The theme of this project is manipulation, grasping, and transportation using single and multiple aerial vehicles (rotorcraft). More specifically we intend to design…
Ref: IPTIF/TD/IP/004 There are many cases of sudden collapse of road bridges that came to an end of their service life because of the rapid…
Ref: IPTIF/TD/IP/003 This project aims to build low cost intelligent systems and employ machine learning models to learn about potential plant pathogens, production quantity, plant…
Ref: IPTIF/TD/IP/002 Modern day cloud computing frameworks allow individuals to seamlessly create services with customized specifications. We envision a similar framework that allows users to…
Ref: IPTIF/TD/IP/001 This project aims at energy-efficient distributed estimation and control of networked robots and its VLSI implementation architectures. First, a mathematical model of networked…
