Track 12: Hardware Security and Reliability Design

Driven by the rapid advancement of artificial intelligence, heterogeneous integration, and advanced semiconductor technologies, ensuring the long-term security and reliability of integrated circuits has become a fundamental challenge for trustworthy computing systems. This forum focuses on emerging technologies in hardware security, secure computing, and reliability design, covering trusted hardware, privacy-preserving computing, fault-tolerant architectures, aging and thermal reliability, and reliability evaluation. It aims to explore future design methodologies for secure, resilient, and trustworthy computing systems and promote the development of next-generation integrated circuits and microsystems.

随着人工智能、异构集成和先进半导体技术的快速发展，保障集成电路的长期安全性与可靠性，已成为可信计算系统发展的关键挑战。本论坛聚焦硬件安全、加密技术与可靠性设计等前沿方向，围绕可信硬件、隐私保护计算、容错架构、老化与热可靠性、可靠性评估等关键技术，探讨安全、可靠与可信计算系统的设计方法及未来发展趋势，为下一代集成电路与微系统的发展提供新的理论基础与技术支撑。