Research Areas
Quantum Information Sciences
Research in quantum computing algorithms, quantum machine learning, quantum cryptography, and quantum information processing for next-generation computational systems and healthcare applications.
Next Generation Wireless Communications
Advancing 5G/6G network technologies, wireless communication protocols, IoT infrastructure development, and performance evaluation of communication systems for future networks.
Post Quantum Cryptography
Developing cryptographic systems that are secure against both classical and quantum computer attacks, including quantum-resistant algorithms and security protocols for the post-quantum era.
Cyber Reconnaissance & Remediation
Cybersecurity frameworks, threat detection and analysis, digital forensics, incident response, and security protocol development for protecting critical infrastructure and systems.
RISC-V
Open-source processor architecture development, instruction set optimization, system architecture design, and building sustainable computing infrastructure using RISC-V ecosystem.
Artificial Intelligence
Advanced AI algorithms for pattern recognition, predictive modeling, and intelligent systems development with focus on practical applications in healthcare and industry.
Immersive Technology
Virtual reality, augmented reality, mixed reality systems, and immersive user experiences for education, training, and entertainment applications.
Stochastic Computing
Probabilistic computing systems, stochastic algorithms, and randomized computational methods for efficient processing in uncertain environments.
Computational Linguistics
Natural language processing, computational semantics, language modeling, and linguistic analysis using computational methods and machine learning techniques.
Current Research Projects
Interactive and Immersive Framework for Cultural Heritage
Developing an innovative framework that combines modern computing technologies with cultural heritage preservation. The project integrates AI, AR/VR, and machine learning to create immersive experiences for cultural education and preservation.
Robotics in Healthcare
Research focused on developing robotic solutions for healthcare applications, including surgical robotics, patient care automation, and AI-driven diagnostic systems. Collaboration with medical institutions for real-world implementation.
AI-driven Cognitive Models of Commercial Timber Species
Developed AI models for the identification and classification of commercial timber species in Uttarakhand. The project involved machine learning algorithms for environmental conservation and sustainable forestry management.
Automation of Ballot Paper Counting System
Designed and implemented an automated ballot counting system for the State Bank of India Officers Association Election. The system improved accuracy and efficiency in the electoral process through computer vision and pattern recognition.