电磁感应式无线电能传输(inductively coupled power transfer,ICPT)技术是无线电能传输技术中研究起步最早、实用化与商业化进展最快、目前应用范围最广泛的技术路线。然而影响其实用性的一个重要问题是负载及耦合敏感问题,如何提升变...电磁感应式无线电能传输(inductively coupled power transfer,ICPT)技术是无线电能传输技术中研究起步最早、实用化与商业化进展最快、目前应用范围最广泛的技术路线。然而影响其实用性的一个重要问题是负载及耦合敏感问题,如何提升变耦合或负载条件下ICPT系统的输出稳定性一直是研究的焦点问题。而补偿网络能够降低系统的无功功率,提高系统的能量传输效率与带负载能力,且对补偿网络进行合理的拓扑设计与参数优化设计能够使得系统具备耦合、负载无关等特性,因而对变参数条件下ICPT系统补偿网络的研究能够增强ICPT技术的实用性。文中总结变参数条件下ICPT系统补偿网络相关研究,按照负载无关型、耦合无关型、耦合负载均无关型的分类对其拓扑设计方法与参数优化方法进行归纳与整理总结,并探讨其未来的发展方向。展开更多
To improve data distribution efficiency a load-balancing data distribution LBDD method is proposed in publish/subscribe mode.In the LBDD method subscribers are involved in distribution tasks and data transfers while r...To improve data distribution efficiency a load-balancing data distribution LBDD method is proposed in publish/subscribe mode.In the LBDD method subscribers are involved in distribution tasks and data transfers while receiving data themselves.A dissemination tree is constructed among the subscribers based on MD5 where the publisher acts as the root. The proposed method provides bucket construction target selection and path updates furthermore the property of one-way dissemination is proven.That the average out-going degree of a node is 2 is guaranteed with the proposed LBDD.The experiments on data distribution delay data distribution rate and load distribution are conducted. Experimental results show that the LBDD method aids in shaping the task load between the publisher and subscribers and outperforms the point-to-point approach.展开更多
文摘电磁感应式无线电能传输(inductively coupled power transfer,ICPT)技术是无线电能传输技术中研究起步最早、实用化与商业化进展最快、目前应用范围最广泛的技术路线。然而影响其实用性的一个重要问题是负载及耦合敏感问题,如何提升变耦合或负载条件下ICPT系统的输出稳定性一直是研究的焦点问题。而补偿网络能够降低系统的无功功率,提高系统的能量传输效率与带负载能力,且对补偿网络进行合理的拓扑设计与参数优化设计能够使得系统具备耦合、负载无关等特性,因而对变参数条件下ICPT系统补偿网络的研究能够增强ICPT技术的实用性。文中总结变参数条件下ICPT系统补偿网络相关研究,按照负载无关型、耦合无关型、耦合负载均无关型的分类对其拓扑设计方法与参数优化方法进行归纳与整理总结,并探讨其未来的发展方向。
基金The National Key Basic Research Program of China(973 Program)
文摘To improve data distribution efficiency a load-balancing data distribution LBDD method is proposed in publish/subscribe mode.In the LBDD method subscribers are involved in distribution tasks and data transfers while receiving data themselves.A dissemination tree is constructed among the subscribers based on MD5 where the publisher acts as the root. The proposed method provides bucket construction target selection and path updates furthermore the property of one-way dissemination is proven.That the average out-going degree of a node is 2 is guaranteed with the proposed LBDD.The experiments on data distribution delay data distribution rate and load distribution are conducted. Experimental results show that the LBDD method aids in shaping the task load between the publisher and subscribers and outperforms the point-to-point approach.
