Design of a hardware security-embedded multimedia mobile processor
Masa-aki Fukase, Yohei Sato, Tomoaki Sato · 2005
With respect to privacy on the Internet, it is a matter of keen interest to provision security for multimedia mobile communication. This is characterized by the power conscious high speed cryptography of large quantities of image data. Such demand should be covered by a single VLSI processor system. We describe in this article a hardware security-embedded multimedia mobile processor named HSgorilla by sophisticatedly unifying five up-to-date processor techniques. They are single processor SMT (simultaneous multithreading), VLIW (very long instruction word), wave-pipeline, Java, and random addressing. RAC (random addressing cryptography) achieved by HSgorilla is very promising compared with regular cryptographic operations in view of running time and security strength. Carefully considering the features of image cryptography by RAC, it is a very promising technique in the era of ubiquitous computing.