Fault-Tolerant Architecture and Performance Optimization

Exploring the structural foundations of quantum computers, with a focus on developing fault-tolerant systems and enhancing computational performance through architectural innovations. 

Trustworthy and High-Performance AI Systems

Researching methods to ensure robustness, reliability, and performance efficiency in AI models. Emphasis on interpretability and safety in critical applications. 

Precision-Driven AI Systems for Autonomous Mobility 

Researching autonomous driving systems that integrate AI perception with hardware-level optimization. Exploring real-time sensor fusion, control logic, and safety-critical responsiveness through fine-tuned embedded programming and algorithmic co-design.

Adaptive Defense Architectures for Secure AI Systems 

Researching AI security frameworks focused on adversarial resilience and privacy preservation. Exploring attack detection, model hardening, and cryptographic safeguards to ensure trust and robustness in intelligent systems.