Multi-agent Task Decomposition and Resource Scheduling Algorithm Construction

In the context of ubiquitous connectivity and collaborative multi device applications, the functionality of physical device resources is decomposed into discrete atomic models to enhance the flexibility and reusability of device cluster services. In current practical applications, assembling and efficiently scheduling discrete resources in a task-oriented manner has become an urgent issue. Therefore, we propose a task decomposition algorithm based on the capability model, which splits and matches tasks based on the resource capability model. Then, according to the proposed bitmap-based hybrid resource scheduling algorithm, we achieve fine-grained and efficient collaborative scheduling of service-oriented resources.