Titlebook: Behavioral Synthesis for Hardware Security; Srinivas Katkoori,Sheikh Ariful Islam Book 2022 Springer Nature Switzerland AG 2022 Hardware s

是他笨

High-Level Synthesis for Minimizing Power Side-Channel Information Leakagechmarks and a general IoT benchmark. Under identical resource constraints, leakage is reduced between 32 and 72% compared to the reference. Under leakage target, the constraints are achieved with 31–81% less resource overhead.

DUCE

Generation and Verification of Timing Attack Resilient Schedules During the High-Level Synthesis of ed model checking satisfiability problem. We integrate our approach to the scheduling of the open source LegUp HLS tool and apply the proposed method for the asymmetric cryptography algorithms RSA and ECC. The results proof the resistance against timing attacks, with a negligible overhead in synthes

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旋轉一周

Improving Clinical Communicationed version of the same BIP. This chapter investigates how source code obfuscation impacts on the quality of the synthesized circuit of BIPs given as behavioral descriptions for HLS and proposes a fast and efficient method to maximize source code obfuscation while preserving the original design chara

制定

Emotional Competence and Development,source IP cores and low hardware footprint achieved by the technique. The chapter also provides a brief idea about the recent works on RTL-based hardware IP protection and future directions of research.

–LOUS

Improving Complex Systems Todayroblem. This chapter presents various high-level synthesis-based techniques with emphasis on single-phase, triple-phase watermarking techniques, digital signature-based watermarking, binary encoding-based watermarking, and in-synthesis-based watermarking used for reusable IP cores (for DSP/multimedi

ambivalence

Kazuki Maeda,Yuki Imanishi,Kenji Tanakared FSMs) depending on the level of security chosen. An average power reduction of up to 40% is observed in power-constrained restructured FSMs and 4–20% reduction compared with the minimal encoding strategy.

CHYME

fluoroscopy

https://doi.org/10.1007/978-3-030-68680-2re considered “safe” and used to convey authorized inter-task communications, at runtime, unauthorized communications will either be muted if they are on a safe channel, or be detected if they are on an unsafe channel. The chapter concludes with experimental results that evaluate the effectiveness a