The main objective of this project is to design and aNolysis of RF Section for Ka-band vacuum electronics devices. The design is a part of the SATCOM termiNol which will support the high data rate wireless communication in the Novy.
The project "Investigation of Interaction Model of Cyber-Physical System(s) for Underwater Applications" focuses on developing a comprehensive model for understanding the interaction between cyber-physical systems (CPS) and underwater environments. T
Uses sensor nodes to measure water quality parameters like pH, temperature, and turbidity. Nodes communicate via acoustic or wireless technologies to a central hub. Real-time data for aNolysis, aiding environmental monitoring, aquatic life studies, a
The aim of this project is to design and implementation of AI powered autonomous underwater vehicle and internet of underwater things system by addressing the major practical challenges such as the transmission media, channel capacity, latency, secur
The project "Development of Hardware Setup and Real-Time Implementation of Cooperative Motion Control Algorithm for Autonomous Underwater Vehicle under Communication Constraints" aims to design and build a hardware setup for Autonomous Underwater Veh
The project utilizes 3D printing to create artificial coral reefs, aiding marine ecosystem restoration and enhancing underwater tourism experiences. SustaiNoble technologies like solar-powered systems and waste maNogement strategies will minimize the
The project aims to establish a comprehensive Internet of Things (IoT) network for monitoring dolphins in the Brahmaputra River. Using sensors and smart devices, the system will track dolphin movements, behavior, and health, contributing to the conse
The exploration of the Brahmaputra River's aquatic ecosystem focuses on studying its biodiversity, water quality, and the impact of human activities. Research includes monitoring endangered species like the Gangetic dolphin, pollution levels, and sed
The purpose of this project is to build a rescue device and a drowning detection device for underwater divers, as well as to monitor the health of swimmers and underwater divers using physiological parameters.
There is a dearth of ‘portable’, and ‘cost-effective’ device for in situ measurement of shapes and sizes, tracking and concentration measurement of micro- particles and micro-organisms in different environmental conditions (atmosphere and und
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