智能空间中UPnP发现的改进算法

Zhi Wang, Jizhong Zhao
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引用次数: 2

摘要

当前的UPnP服务发现算法在应用于大规模服务的普适性计算环境时,会造成响应消息率的严重下降。其不足之处在于所有响应消息的传输都是瞬时的,并且传输延迟的独立随机选择,使得响应消息发生碰撞和拥挤。为了减少拥塞,提出了一种基于根设备发现协议不变的改进算法,控制点使用多个自适应最大查询时间(MX)来保证环境中的设备能够被发现。仿真结果表明,改进后的算法在响应消息的丢包率方面具有较好的性能。
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Improved algorithm for UPnP discovery in smart space
The current UPnP service discovery algorithm can cause severe drops with response message rate when applied in pervasive computing environments with large scale of services. The deficiency lies in the instantaneous transmission of all response messages and the independent random selection of the transmission delay so that the response messages collide and congest. To reduce the congestion, a refined algorithm is developed which is based on unchanged the root device's discovery protocol, control point using multiple adaptive maximum query time (MX), to ensure that devices in the environment can be discovered. The simulation verifies that the refined algorithm gives better performance in the response message's drop ratio.
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