Autonomous navigation systems are a testament to humanity's relentless pursuit of progress and hold immense promise. Recent developments in Deep Learning have propelled Artificial intelligence systems. However, with this promise comes a critical chal
The propoject developes Integrated Wireless Charging and Localization for Drone and also integrates High-Range Communication System to achieve Completely Autonomous Drone Operations
Published more than 100 manuscripts in the research areas of Telecommunication Networks, Security, Cloud Computing, Machine Learning, and IoT. Contributed 03 products and 02 patent. Leading 15 research projects which has produced newer technology and
The goal of this project is to create a new interface for multiple quadcopters to work together to carry a payload. Quadcopters are agile and flexible flying machines that can be used for different purposes, such as transporting goods. However, they
The QoS-VEChain project aims to enhance Vehicle-to-everything (V2X) services in the Internet of Vehicles (IoV) using Network Slicing (NS), Network Function Virtualization (NFV), and Mobile-edge Computing (MEC). It optimizes V2X services via machine l
Developing the Artificial Intelligence frameworks for automatic maritime survellaince and contraband activity detection. AIS transponders which have been conceived for the collision avoidance is used for the developing the analysis. Manual tracking a
Evaluate various types of hydrogen sensors and select the most suitable one based on performance, reliability, cost, and compatibility with automotive requirements. Design and develop a suitable subsystem to be use with the sensor to communicate to t
This project develops an information-driven UAV search system for detecting sparsely located maritime targets under battery and communication constraints. It uses probabilistic estimates to guide UAV motion, enabling effective search without exhausti
This project aims to develop an innovative integrated sensing and communication (ISAC) system for autonomous vehicles, enabling target detection, parameter estimation, and high-speed data communication using the same hardware and bandwidth. It evalua
The main objective of this research proposal is to develop a computationally efficient path-tracking control strategy for autonomous vehicles that ensures both precise trajectory tracking and dynamic stability by steering angle envelopes under variou
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