I-DAPT Hub Foundation IIT (BHU) Varanasi has developed a low-cost, privacy secured, and vision-based smart surveillance system to tackle a rarely explored problem of recognizing divergent behaviours of people. The system consists novel algorithm, pri
I-DAPT Hub Foundation IIT (BHU) Varanasi has developed a paper-based ALP detection technology. Paper-based biosensing device for Creatinine detection, and Paper-based Electrode Preparation for molecular sensing has been developed. Paper based devices
The system integrates state-of-the-art Internet of Things (IoT) technology, which facilitates the connection of both the embedded system and the operational devices to a network. After monitoring environmental parameters including temperature, humidi
Drones with a capability of changing colours with respect to background to make it invisible. Development of a novel camouflage materials for 3D printing, development of 4D printing processing route and stealth technology for drone application.
The project's significance lies in its innovative approach to combining state-of-the-art techniques in computer vision to address the challenges associated with identity recognition in real-world scenarios. By integrating face cropping, super-resolut
Underwater Surveillance of Contiguous Objects Through Drones via Differential Subspace Re-weighted Modelling. Immensely useful to the Indian Navy for monitoring the 7,500 km coast line. Accurate tracking and surveillance of objects in underwater envi
Development of Biocompatible Nano-bio-polymer based Nanomedicine for interference of siRNA, anticancer drugs and immunomodulatory monoclonal antibody (mAb) using block-co-polymers, for the treatment of various cancers/breast cancer/TNBC.
After loss of natural tooth it becomes difficult for the patient to lead a normal personal and social life. To compensate for the loss the patient gets complete denture treatment which becomes loose gradually due to continuous residual ridge resorpti
Working on a compact, stable quantitative phase imaging (QPI) sensor using digital holography to address the limitations of traditional optical sensors in imaging transparent samples particularly human blood cells. This technique provides label-free,
Developing a low-cost and indigenous sensor-based integrated monitoring system to generate data on overloading, lane violation, and overspeeding. Training the developed instrument(s) for data accuracy and recalibration Using ML-based data analytics t
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