A novel conditional inference technique for deep neural networks which takes the interaction by a human expert as test time constraints and perform inference conditioned upon these constraints. Can exploit learnt correlations in a pre-trained DNN for
A robot to help differently abled people who can not use their hands to flip pages of books. Unique application of articulated arms in page-separation and lifting • Two options for pick-up mechanism: Suction-based and Adhesion-based • Two options
The proposal outlines the development of a non-invasive, hand-held medical device for assessing bone mechanical properties and bone health parameters using nano-indentation techniques. This innovation offers a more accurate and less invasive alternat
The proposal outlines an automated shopping system, referred to as the "Smart-Basket," designed to streamline the shopping process by integrating a mobile application, barcode reader, and a cloud database. It aims to enhance convenience for shoppers
This innovation automates the bending of orthopaedic fixation plates (titanium or SS) through a CNC machine, using patient-specific CT scan data to match the bone profile. Currently, surgeons manually bend these plates during surgery. This automated
The project introduces a novel robotic system with hybrid graspers that seamlessly combines grasping, manipulation, and locomotion, enhancing versatility and efficiency. It features a unique grasper capable of in-hand manipulation with force control
The project introduces a scalable falling film looping photoreactor designed for efficient organic synthesis using visible light. It addresses the need for scalable photochemical organic synthesis, offering consistent reaction conditions, safety meas
The project attempts to replace the existing practice of manual harvesting of palms with an unmanned user-friendly device with dual cropping features without any crop damage for instance, black pepper & palm harvesting for better economic potential.
(i) Understanding operation and capabilities of state-of-the-art spin/charge qubits fabricated by foreign collaborators using quantum characterization methods
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