The significant technological outcome of this project would be the development of a diamond magnetometry setup that can operate at zero magnetic field. NV centers in a diamond magnetometer can be used to perform quantitative, self- calibrated and rep
GNSS antenna system with anti-spoofing and anti-jamming capabilities integrates advanced signal processing techniques to mitigate threats such as spoofing and jamming attacks, ensuring the integrity and reliability of Global Navigation Satellite Syst
Next-Generation Hyperspectral camera is an indegenous camera which can capture the detailed informtaion of a scene at all possible wavelengths. A novel compressed sensing approach is combined with a multilayer thin-film coating for precise sensing. T
An end-to-end computer vision pipeline for real-time detection and tracking of small objects such as drones, even when object visibility is degraded due to poor illumination, small object size, or adverse weather (fog, rain, haze, low light). The sys
This naval atomic clock is designed for high-precision geodetic measurements, including determining the Earth's shape and size, monitoring surface changes, and measuring gravitational variations. It employs calcium ion trapping with stable RF/DC elec
This system is a portable assistive device that uses a Jetson-based embedded platform with a ZED 2i stereo camera, GNSS, and ultrasonic sensors to provide real-time navigation for visually impaired students. It utilizes RTAB-CUDA and CUDA-optimized O
GNSS–5G integrated drone communication system uses a switched beam antenna array with 360° coverage and dual polarization to ensure stable links between drones, base stations, and other drones. Pattern-reconfigurable antennas are used for ground c
The proposed system combines wearable IoT devices and AI-enabled video monitoring to help farmers track livestock and goods in real time. The device records data like location, temperature, and movement, sending alerts for anomalies via a mobile app.
The radar detection and positioning system integrates microwave spintronics sensors with EM signal processing to achieve ultra-sensitive detection and accurate positioning. Using Magnetic Tunnel Junction (MTJ) devices, it detects microwave radiation
The Adaptive Quantum Clock System is a precision timekeeping platform that uses quantum mechanics to maintain ultra-accurate timing even in harsh environments. It integrates real-time sensor data, digital twin modeling, and adaptive control algorithm
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