Advances in Hardware Design for Security and Trust [Hardcover]

This book covers the entire spectrum of hardware design including integrated circuits, embedded systems, and design automation tools. It also captures recent advances in various attack and defense methods.?

1. Introduction 2.?Hardware Security In The Consumer Technology Industry?3. A Commercial EDA Perspective on Hardware Security, Safety, and Trust?4. Machine Learning Techniques for Detecting Hardware Trojans in ASIC designs 5.?Next-Generation Semiconductor Reverse Engineering: Laser Delayering, Correlative Imaging, and Cloud-Enabled Image Analysis Techniques 6.?Synthesis of Polymorphic Circuits for Hardware Security?7. Design Obfuscation and Performance Locking Solutions for Mixed-Signal, Analog and RF ICs?8. On-Chip Integrity, Reliability, and Aging Assurance Techniques for ICs 9.?Deep Learning Side-Channel Attack: Challenges and Opportunities?10. Side Channel Attack Avoidance and Mitigation through Asynchronous Digital Design?11. Is ARM TrustZone trustable for confidentiality protection??12. Security Verification for Next Generation SoCs?13. Cloud FPGA Accelerator Fingerprinting Using Communication Side-Channels?14. Enterprise Risk Management of Electronics and Computing Device Supply Chains

This book addresses various electronics supply-chain vulnerabilities, attack methods that exploit these vulnerabilities, and design techniques to mitigate the vulnerabilities while defending against the attacks. This book covers the entire spectrum of electronic hardware design including integrated circuits, embedded systems, and design automation tools.

Advances in Hardware Design for Security and Trust offers self-contained tutorials within each chapter, as well as a presentation of recent advances. The relevance of each method in the context of the overall design and fabrication process is clearly articulated. Both qualitative analysis and quantitative experimental results to evaluate the sil³f