Titlebook: Secure System Design and Trustable Computing; Chip-Hong Chang,Miodrag Potkonjak Book 2016 Springer International Publishing Switzerland 20

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Design and Implementation of High-Quality Physical Unclonable Functions for Hardware-Oriented Cryptoing and implementing high-quality PUFs for resource-constrained platforms become a great challenge. This chapter presents an extensive review of the techniques proposed in the recent years for the design and implementation of high-quality and/or alternative PUF instances with marginal overhead. With

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Towards Building Trusted Systems: Vulnerabilities, Threats, and Mitigation Techniquesy and trust becoming more important for system design, how much can we trust the systems built by these tools? In this chapter, we first give motivational examples to show the potential trust vulnerabilities. Then we focus our investigation on sequential system design from the perspective of finite

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Hardware IP Watermarking and Fingerprintingd emphasized the enforcement of designers’ rights through the creation of design such that ownership can be proved with ultra high probability. Our primary objective is to provide sound treatment of the foundations of hardware watermarking and fingerprinting, as well as key research contributions to

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IP Protection of FPGA Cores Through a Novel Public/Secret-Key Encryption Mechanismiders have no mechanism to guarantee the protection of their IP against over-deployment. We propose a system to guarantee that IP cores can only be deployed into devices agreed upon between the IP provider and the customer. The system is based on secured handshaking with encrypted device and design