The Effect of RSA Exponential Key Growth on the Multi-Core Computational Resource
作者: Mohamad A. MohamedAmmar Y. TuamaMokhairi MakhtarMohd K. AwangMustafa Mamat
刊名: American Journal of Engineering and Applied Sciences, 2016, Vol.0 (0), pp.0-0
来源数据库: Science Publications
DOI: 10.3844/ofsp.10892
原始语种摘要: Cryptography has been widely used as a mean to secure message communication. A cryptosystem is made up of a publicly available algorithm and a secretly kept key. The algorithm is responsible for transforming the original message into something unintelligible. The result of losing the key or cracked algorithm can be catastrophic, where all secret communications will be known to adversaries. One way to find the key is by brute-force attacks which try every possible combination of keys. The only way to prevent this is by having the key of sufficiently large enough such that finding the right key cannot be made in a reasonable time frame. However, large key size imposes extra computational works which result in larger energy consumption and thus more heat dissipation to the environment....
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  • resources 资源
  • consumption 消耗
  • dealing 对待
  • algorithm 算法
  • security 可靠性
  • Growth 生长
  • core 岩心
  • cryptosystem 密码系统
  • technology 工艺
  • selection 选择