Power Distribution IoT Tasks Online Scheduling Algorithm Based on Cloud-Edge Dependent Microservice

The power distribution network business gradually extends from the grid domain to social service domain, and new keeps expanding. edge device uses microservice architecture container technology realize processing of different services by one physical device. Although IoT with cloud-edge has good scalability, scenarios insufficient resources for devices may occur. In order support scheduling collaborative tasks under resource-constrained scenario device, this paper proposes a online method station area architecture. article models characteristics their constraints in containerized scenario, designs priority policy task assignment based on mechanism tasks, schedules real time an improved algorithm. Simulation results show that algorithm proposed high execution efficiency, can improve completion rate important limited devices, improves system security through resource replacement.