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Memory-Based Load Balancing Algorithm in Structured Peer-to-Peer System

机译:基于内存的对等系统中的负载平衡算法

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There are several load balancing techniques which are popular used in Structured Peer-to-Peer (SPTP) systems to distribute the load among the systems. Most of the protocols are concentrating on load sharing in SPTP Systems that lead to the performance degeneration in terms of processing delay and processing time due to the lack of resources utilization. The proposed work is related to the sender-initiated load balancing algorithms which are based on the memory. Further to check the performance of the proposed load balancing algorithm, the experimental results carried out in the real-time environment with different type of network topologies in distributed environment. The proposed work performed better over existing load balancing algorithm such as Earliest Completion Load Balancing (ECLB) and First Come First Serve (FCFS) in terms of processing delay and execution time.
机译:有几种负载平衡技术在结构化的点对点(SPTP)系统中使用了很受欢迎的技术,以分配系统之间的负载。大多数协议都集中在SPTP系统中的负载共享,导致处理延迟和由于缺乏资源利用而导致的性能退化。所提出的工作与基于内存的发件人发起的负载平衡算法有关。进一步检查所提出的负载平衡算法的性能,在分布式环境中具有不同类型的网络拓扑的实时环境中进行的实验结果。所提出的工作通过现有的负载平衡算法进行了更好的,例如最早完成负载平衡(ECLB),并且首先在处理延迟和执行时间方面先获得(FCF)。

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