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An adaptive load balancing management technique for RFID middleware systems

机译:RFID中间件系统的自适应负载平衡管理技术

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In recent years, Radio Frequency Identification (RFID) industries have taken a great interest in utilizing the benefits of RFID for supply chain management, inventory control and various other applications. This paper proposed an adaptive load balancing technique for RFID middleware systems to meet the demands of scalability and heterogeneity. First, we explored five basic load balancing policies, namely, information policy, job selection policy, transfer policy, initiation policy and location policy. Eighteen load balancing schemes were then proposed for RFID middleware systems that were combinations of various types of the five basic load balancing policies. Our empirical study suggested that these load balancing strategies performed differently under different workload statuses. Finally, an adaptive load balancing strategy was proposed. The load balancing schemes and the proposed adaptive load balancing strategy have been implemented in the RFID Middleware Load Management System (RM-LMS).
机译:近年来,射频识别(RFID)行业对利用RFID的优势进行供应链管理,库存控制和各种其他应用引起了极大的兴趣。本文提出了一种适用于RFID中间件系统的自适应负载平衡技术,以满足可伸缩性和异构性的需求。首先,我们探讨了五种基本的负载平衡策略,即信息策略,工作选择策略,转移策略,启动策略和位置策略。然后提出了针对RFID中间件系统的18种负载均衡方案,这些方案是五种基本负载均衡策略的各种类型的组合。我们的经验研究表明,这些负载平衡策略在不同的工作负载状态下表现不同。最后,提出了一种自适应负载均衡策略。在RFID中间件负载管理系统(RM-LMS)中实现了负载平衡方案和建议的自适应负载平衡策略。

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