Research Interests

  • Efficient AI
  • Machine Learning Systems
  • Computation-in-Memory
  • Privacy Computing Systems

Research Directions

Efficient LLM Training and Inference

Efficient LLM Training and Inference

Developing efficient algorithms and systems for large language model training and inference, focusing on memory optimization, distributed computing, and hardware-aware acceleration techniques.
AI/Agentic Infra

AI/Agentic Infra

Building scalable infrastructure for AI agents and autonomous systems, including multi-agent coordination, tool-use frameworks, and reliable agentic workflows.
Systems for Embodied AI

Systems for Embodied AI

Designing efficient computing systems for embodied AI applications, including real-time perception, planning, and control on resource-constrained edge platforms.
Computing-in-Memory Architecture and Toolchains

Computing-in-Memory Architecture and Toolchains

Exploring novel processing-in-memory and computing-in-memory architectures, along with end-to-end toolchains for compilation, mapping, and performance evaluation.
Software-Hardware Co-design of Cryptography

Software-Hardware Co-design of Cryptography

Co-designing cryptographic algorithms and hardware accelerators for privacy-preserving computation, including homomorphic encryption, secure multi-party computation, and post-quantum cryptography.