The mission is to foster advancements in various domains, such as error control coding, non-linear biomedical analysis, and intelligent biomedical systems. This entails a commitment to promoting the development and learning in these areas. Concurrently, we strive to stay at the forefront of technological progress in information coding, signal processing, and image processing. Our objective is to design efficient systems with versatile applications. From satellite technology to biomedical signal and image analysis, we aim to harness the latest innovations to address diverse challenges and enhance various sectors. By amalgamating cutting-edge research with practical applications, we aspire to drive innovation and contribute to the evolution of these vital fields.

Vision

To promote system development and learning in the areas of error control coding, non-linear biomedical analysis and intelligent biomedical systems.

Mission

To explore the latest technologies in the fields of information coding, Signal and image processing with an aim to design efficient systems with applications ranging from satellite technology to biomedical signal and image analysis.

Proposed initiative

• Optimal solutions for error control encoding/decoding by evolving novel algorithms/architectures
• Design of a neural network hardware accelerator for energy efficient CNN architecture.
• Design of a multimodal AI system for seizure detection.
• Deep learning based design of seizure forecasting using Intracranial EEG
• Data analytics and artificial intelligence for smart health care and medical decision support, with a special focus in the areas of oncology and ophthalmology
• Data-driven approaches for fault prognosis in safety-critical systems