Autonomous Heterogeneous Community Technology for Effective Resource Utilization

Abstract

In rapidly changing service provision system, users' requirements and resource movement are constantly changing. To effectively utilize resource and provide the non-stop service to users, autonomous decentralized community system has been proposed. Community is autonomously formed with local majority sharing among same-preference members, and each member cooperate to one another autonomously. Moreover, the resource transportations in community can be simultaneously moved to adjacent members in one step. However, if the resources are insufficient when users' requests are detected, the continuity of service flow may be interrupted. Therefore, this paper proposes autonomous heterogeneous community technology (AHCoT) to improve the service response time and the efficiency in resource utilization. In AHCoT, a subsystem that lacks in resources autonomously forms a community to ask for extra resources, and a subsystem that is surplus in resources autonomously forms a community to distribute the over-stock resources. With two ways of community constructions, the coordination in order to allocate resources to continuously serve users can be cooperated faster. Hence, the timeliness to serve users and resource utilization efficiency can be achieved.