Research Positions
Project: “Development of Anti-jamming and Anti-Spoofing baseband signal processing algorithms for GNSS receiver provisioned UAVs”
Post (1): SRF, Monthly Emolument: 48,720
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Last date to apply online: 30-June-2024
Ongoing Research and Development Activities
Development of FPGA based GNSS receiver
Around Xilinx z702 SoC and AD9361 RF front end, this R&D activity aims at development of highly configurable custom GNSS receiver.
This project is being carried out in collaboration with IIT Kanpur
Attitude determination of spinning projectiles uisng GNSS signal processing
This research activity aims at developing base band GNSS signal processing algorithms to estimate attitude of spinning projectiles
Anti-spoofing and Anti-jamming MIMO GNSS receiver
This research activity aims at developing base band GNSS signal processing algorithms a MIMO GNSS receiver with anti-jamming and anti-spoofing capability.
Zynq z706 board with AD-FMCOMMS5 RF front end comprising 4x4 MIMO is being used along with required RF chain components for experiments.
MATLAB and Python is being used for post processing of signal.
FPGA SoC programming aims at real time signal signal processing in its future scope
Team: Rita Choudhary, Aman Varshney, PhD scholars, ECE
Pesticide spraying farming robot
This development aims at autonomous pesticide spraying robot which can navigate autonomously using image processing, range sensors, and inertial sensors and can autonomously detect infected plants and spray controlled pesticides using AI/ML techniques.
The project has won level-2 funding (total 1,50,000) for PoC in GUJCOST Robofest 3.0.
Team: Hardik Chaudhary, Vardan Mittal, Pratham Sharma, Pratham Parmar, Aaditya Nimkar, B-Tech, MED.
RF power transmission up to 200 meters
This development aims fabrication and testing of low cost hardware for RF power transmission for long distance with initial prototype for 200 meters.
The project secured PoC funding from SSIP 2.0, Government of Gujarat.
Team: Vedant Arya, B-Tech, EE
IoT enabled smart traffic monitoring and management
This development aims at implementing intelligent transport technology based monitoring and management of traffic using IoT enabled low cost road-side range sensors.
Team: Sarthak Pandey, Khushbu, Srushti, B-Tech ECE