基于AMP模式多核处理器的可信节点构建方法OA北大核心CSTPCD

The research was conducted on the security of multi-core processors,delving into the development background of microprocessor technology and the security challenges faced by multi-core processors in the AMP(asymmetric multiprocessing)mode.By utilizing trusted computing technology and dual architecture,combined with the working characteristics of AMP mode and the control mechanism between multi-cores,a strategy for active immune defense system and a method for constructing trusted nodes are proposed.The measurement mechanism of trusted computing throughout the entire working process is analyzed,effectively solving the security issues of multi-core processors in AMP mode while maintaining the real-time performance of the original system within the core.This method can not only enhance the security of multi-core processors,but also ensure a trusted operating environment for the system,providing solid support for the security of future computing devices.The analysis of experimental verification results prove that the construction plan is completely feasible and can be promoted in practical applications.