Design and Implementation of System Communication Computing Acceleration Algorithm under Cloud Edge Collaboration

The security software platform based on the support body has increasingly complex application functions and also faces massive data transmission, which puts higher requirements on the performance of the system. At present, most secure computing platforms are based on distributed and redundant communication architectures, and lack appropriate failure management mechanisms to effectively utilize the fault tolerance of redundant communication architectures. In response to the problems faced by existing support managed secure computing platforms, this article conducted a study on the fast management mechanism of redundant communication architecture in support managed secure computing platforms. It discussed the implementation of different acceleration algorithms for system communication computing based on cloud edge collaboration, and experiments showed that the accuracy of system communication LSH (Locality Sensitive Hashing) technology acceleration was higher than other algorithms. The accuracy of cloud computing platforms based on LSH technology was 0.92. At the same time, cloud edge collaboration can improve the resource utilization of system communication.