a) Design and Development of AI-enabled and Connected Smart Helmet and Band for Industrial Workers in Mines and other Hazardous Environments. b) Design and Development of a system for Environmental Monitoring, Health Monitoring and Early Warning Syst
Study of different MT-InSAR models in terms of pixel categorization and selection and Identification of research gap. Modification in the existing versatile Pixel categorization and its selection approach via statistical way to include all possible p
• It would also deliver strategies and schemes for wall and roof inspection. • It would deliver a real-time hybrid control scheme for semi-autonomous navigation and inspection. • This research work would give an improved remote operation mode u
1) Breakdown analysis of Dragline system, 2) Identification and prediction of critical component failure based on the frequency and failure features. 3) Development of Neural Network to predict failure to ensure timely actions to improve reliability
a) Early developments of Trailmet. Trailmet is an open-source model compression package being built to make the building of compressed deep learning models easy. b) Technology development on designing compressed metamodels. Metalearning refers to lea
a) Evaluation of stress patterns in steel and GRP rebar and to check whether they lie in permissible safe limit. b) Comparative analysis among steel and GRP rebar both for tensile and compression test.
Development of fully integrated Earth models for mineral exploration consistent with geological, geophysical and petrophysical properties • Integration of machine learning to incorporate geological information within geophysical inversion framework
a. To beneficiate the collected rock samples using novel continuous film concentration technology b. To extract the REE from concentrate in the form of REE oxide/carbonate using a novel advanced hydrometallurgy c. To develop proof of concept for bene
• Development of Compact handy antenna at MF/HF/VHF Bands • Fabrication & Measurement of developed antenna system in coal mines • Integration of the developed antenna with commercially available system • Field trials of developed systems
• To design and develop a quadruped robot • To demonstrate the working of the robot for walking on different terrains • To test the robot movement with different payloads
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