微型电脑应用

随着电网规模的扩大，电网资源的复杂程度明显增加，共享服务系统负载增加，安全性降低。微服务架构中的每个服务模块都有独立进程和数据存储，可以独立部署、运行和升级，因此，需要设计基于微服务架构的电网资源信息共享服务系统。在微服务架构的基础上，设计独立的用户层、应用层和服务层，构成电网资源信息共享服务系统的总体架构。在系统总体架构下，通过设计服务器集群负载均衡策略解决高负载问题，引入DES(data encryption standard)+RSA(rivest-shamir-adleman)混合加密算法对电网资源信息展开加密处理，解决安全性问题。实验结果表明，所提系统具有较高的CPU利用率和吞吐量，较高的效率、较好的安全性。

With the expansion of the power grid scale, the complexity of power grid resources has significantly increased, the load on shared service systems has increased, and security has decreased. Each service module in the micro-services architecture has independent processes and data storage, which can be deployed, run, and upgraded independently. Therefore, a power grid resource information sharing service system based on the microservice architecture is designed. This paper designs independent user layer, application layer, and service layer on the basis of microservice architecture, which forms the overall architecture of the power grid resource information sharing service system. Under the overall system architecture, a server cluster load balancing strategy is designed to solve the high load problem, and a DES(data encryption standard)+RSA(rivest-shamir-adleman) hybrid encryption algorithm is introduced to encrypt the power grid resource information to solve security issues. The experimental results show that the system has high CPU utilization and throughput, high efficiency, and good security.