Mission Director:
Principal Investigator & Mission Nodal:
Task: Explainable AI (XAI) based Breast cancer diagnostic and prognostic decision support system for Pathologists and Oncologists
This task focuses on designing and developing an Explainable AI (XAI)-driven precision diagnostic and prognostic decision support system. Tailored for oncologists and pathologists, this system will leverage histopathology image data to enhance the accuracy and explainability of breast cancer diagnostics and prognosis.
Team:
- Dr. Saikat Chakrabarti, Senior Principal Scientist, CSIR-IICB
- Dr. Ashapurna Marndi, Principal Scientist, BRSD, CSIR-4PI
- Mrs. Brindashree B V, Scientist, BRSD, CSIR-4PI
Task: Real-time Video to Sign Language Video Synthesis
This task focuses on developing a holistic spoken-language to sign-language (SLG) framework. This framework will translate normal spoken-language videos into sign language videos, ensuring a visually consistent and inclusive experience for the hard-of-hearing community.
Team:
- Dr. Nagarathna R., Senior Scientist, BRSD, CSIR-4PI
- Mr. Manish Kumar, Scientist, BRSD, CSIR-4PI
- Dr. E. Rajalakshmi, Scientist, BRSD, CSIR-4PI
- Mr. Ajinkya Ashok Jagtap, Scientist, BRSD, CSIR-4PI
Task: AI-Driven Smart Material-Actuated (SMA) Soft-Robotic Gripper with Tactile Sensor Array for Precise Gripping Control
This task focuses on the design and development of an AI-controlled Smart Material-based Actuator (SMA) robotic gripper. It incorporates tactile array feedback for precise control, aiming for high accuracy in classification and regression tasks.
Team:
- Dr. Hari Narayan Bhargaw, Chief Scientist, CSIR-AMPRI
- Mr. Samarth Singh, Senior Scientist, CSIR-AMPRI
- Mr. Himanshu Sharma, Scientist, CSIR-AMPRI
- Mr. Nallana Mithun Babu, Scientist, BRSD, CSIR-4PI
- Mr. Zuber Khan, Scientist, BRSD, CSIR-4PI
Task: AI for Project Resource Integration and Management for Efficient Governance (AI-PRIME)
This task focuses on developing an AI-powered system for managing and integrating project resources, enabling precise, context-aware matching via similarity searches and seamless information access through advanced conversational AI and machine learning techniques.
Team:
- Dr. Nirmala Devi, Principal Scientist, CSIR-HQ
- Dr. Sanjay Singh, Senior Principal Scientist, CSIR-CEERI
- Dr. Nagarathna R., Senior Scientist, BRSD, CSIR-4PI
- Mr. Manish Kumar, Scientist, BRSD, CSIR-4PI
- Dr. E. Rajalakshmi, Scientist, BRSD, CSIR-4PI
- Mr. Ajinkya Ashok Jagtap, Scientist, BRSD, CSIR-4PI
Task: Advancing Digital Metrology through AI
This task focuses on designing and developing metrology-aligned models for evaluating and quantifying uncertainty in AI/ML-based measurement models. Specifically for thermocouple and AMR sensors, this work aims to ensure traceability, reproducibility, and compliance with international metrological standards.
Team:
- Dr. Anjali Sharma, Senior Principal Scientist, CSIR-NPL
- Dr. Ashapurna Marndi, Principal Scientist, BRSD, CSIR-4PI
- Dr. Dileep Kumar Shetty, Scientist, BRSD, CSIR-4PI
Task: Foundational methods for Learning-from-Demonstrations validated for Autonomous Navigation
This task focuses on developing and validating a foundational, domain-agnostic Learning-from-Demonstration (LfD) framework for autonomous navigation. This framework aims to improve task decomposition, reward learning, and adaptation, all while requiring minimal expert demonstrations.
Team:
Task: Spatio-Geometric Foundational Models
This task focuses on the development of spatio-geometric foundational models that can be applied to a wide range of downstream applications.
Team:
- Mr. Nallana Mithun Babu, Scientist, BRSD, CSIR-4PI
- Dr. Aditya Panda, Scientist, BRSD, CSIR-4PI
- Mr. Zuber Khan, Scientist, BRSD, CSIR-4PI
- Dr. Sanjay Singh, Senior Principal Scientist, CSIR-CEERI
- Dr. Aparna Akula, Senior Principal Scientist, CSIR-CSIO