基于重构构件的安全协议重构择优技术研究

Research on Optimization Technology of Reconfigurable Security Protocols Based on Reconfigurable Component

安全协议可重构实现是提升其安全性能和计算性能的有效方法。在深入分析大量现有安全协议体系结构的基础上,提出了一种基于可重构构件的安全协议高性能实现架构,并且针对该架构中可重构构件库择优优化这一关键问题,提出了一种择优方法。该方法基于改进的带权集合覆盖优化算法,结合启发式优化搜索思想,实现了安全协议可重构实现中优化资源使用与减少重构时间的目的。

Reconfigurable implementation of security protocol is an effective way to enhance its computing and safety performance.In this paper,based on analyzing a large number of existing security protocol architecture,we presented a high-performance implementation architecture of security protocol based on reconfigurable component.We presented a best method to optimize the reconfigurable component library for it is a critical issue in this architecture.By improving the optimization algorithms of coverage set with the right and combining ideas of heuristic optimization search,the method achieves a goal of reducing resource and time in the reconfigurable implementation of security protocol.