面向复杂环境的无线充电器网络任务级调度算法研究

With the rapid development of wireless power transfer technology, wireless charger network scheduling has received more and more attention. This project aims to study the task-level scheduling problem of wireless charger networks for complex environments. Related works seldom consider task-level scheduling, and have the weaknesses of inability to coordinate between charging and data transmission, isolation of tasks, fragile operation, and rigid scheduling. Therefore, the project plans to conduct our research from the four perspectives of connectivity, relevance, robustness, and dynamics. First, it studies the charging task scheduling while ensuring the charger connectivity or meeting the communication requirement between chargers and rechargeable devices. Then, it studies the charging task scheduling while charging tasks have space-time correlation or group correlation. Next, for uncertain environments, it researches the robust charging task scheduling in the presence of environmental noise or charger fault, and the active and passive online charging task scheduling, respectively. Our results could serve as a foundation for wireless charger networks.

随着无线电能传输技术的快速发展，无线充电器网络调度研究逐渐成为热点。本项目计划研究无线充电器网络面向复杂环境的任务级调度问题。已有相关工作极少考虑任务级调度，且存在充传失谐、任务孤立、运行脆弱、调度僵化的缺陷。因此，本项目计划从连通性、相关性、鲁棒性、动态性四个角度出发，首先研究保障充电器连通性或满足充电器和可充电设备通信需求的充电任务调度，其次研究充电任务具有时空相关性或组相关性时的充电任务调度，之后，在不确定性环境下分别研究存在环境噪声或充电器故障可能时的鲁棒充电任务调度，以及主动式和被动式的在线充电任务调度。本项目的预期成果将为无线充电器网络技术真正走向实用化打下坚实的基础。

随着无线电能传输技术的快速发展，无线充电器网络调度研究逐渐成为热点。本项目计划研究无线充电器网络面向复杂环境的任务级调度问题。已有相关工作极少考虑任务级调度，且存在充传失谐、任务孤立、运行脆弱、调度僵化的缺陷。因此，本项目计划从连通性、相关性、鲁棒性、动态性四个角度出发，首先研究保障充电器连通性或满足充电器和可充电设备通信需求的充电任务调度，其次研究充电任务具有时空相关性或组相关性时的充电任务调度，之后，在不确定性环境下分别研究存在环境噪声或充电器故障可能时的鲁棒充电任务调度，以及主动式和被动式的在线充电任务调度。本项目的预期成果将为无线充电器网络技术真正走向实用化打下坚实的基础。