Zhenyu Guan

Papers

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About

Zhenyu Guan is a leading researcher in cryptographic hardware design, with a focus on securing communications in robotics, cloud computing, and multi-agent systems. His work centers on the efficient implementation of block ciphers and elliptic curve cryptography (ECC) on FPGA and VLSI platforms, addressing the critical need for high-speed, resource-optimized encryption in constrained environments. In his highly cited 2018 study on the SM4 block cipher, Guan systematically explored the trade-offs between area and speed on FPGA, providing a practical framework for balancing performance and resource usage—a contribution that has garnered 18 citations and is pivotal for securing robot wireless communication. He also advanced ECC with a high-speed VLSI implementation of a 256-bit scalar point multiplier over GF(p), a key enabler for authentication and e-commerce in multi-robot systems. Though his 2018 ECC paper has 2 citations, its technical depth underscores his commitment to pushing the limits of cryptographic throughput. Guan’s work directly impacts the real-world deployment of secure, low-latency encryption in embedded and robotic systems, making him a key figure in applied cryptography.