The main objective of the project includes: i. Auditory Scene Analysis ii. Sound source localization and tracking and user localizationiii. Audio enhancement and generation iv. Dataset Creatio, v. PoC of the proposed deep learning algorithms on light
Most of the research do not focus on object extraction through semantic segmentation. However, this solution focuses on this kind of a solution or UAV and Drone Video Data for remote sensing applications - Diaster and Agriculture
The proposed technology offers cost-effective, end-to-end satellite solutions for small satellite missions—from design to deployment in Low Earth Orbit—tailored for the Indian market. It features an indigenously developed, reusable nanosatellite
The proposed technology enables high-quality image sensing in extreme low-light conditions using conventional RGB cameras enhanced with deep learning. Unlike costly and specialized hardware-based night vision systems, this AI-driven solution is low-c
This technology introduces an IIoT-enabled, actively damped boring bar to mitigate chatter during machining of aerospace alloys, enhancing surface quality and productivity. Combining sensors, actuators, and cloud-based optimization, it offers real-ti
This project proposes a cyber-physical thermal compensation system for milling machines, leveraging IIoT, edge/cloud computing, and machine learning to predict and correct tool drift caused by thermal deformation in real time. It offers a low-cost, r
The proposed Smart Water Network Management system is an open-source, modular platform for the design, analysis, real-time monitoring, and optimal operation of water distribution networks. It integrates cyber-physical systems with IoT-based sensing a
This technology proposes a novel 3D endoscopic imaging system through the joint design of optics and AI, enabling single-shot depth reconstruction using a deep learning-optimized phase mask. It offers smaller form factor, faster imaging, and superior
The proposed technology involves designing a wearable device to monitor and guide correct breathing and tonation techniques for pulmonary rehabilitation. It integrates multiple sensors, including airflow, muscle movement, and sound, to track adherenc
The KISAN PRAGATI ABHIYAN CENTRES (KPAC) project focuses on utilizing IoT, AI, and drone technology to monitor environmental parameters like temperature, humidity, and soil moisture. Data is collected via sensors and transmitted to the cloud for anal
Accessibility Controls