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Stabilization of Flood Sequencing Protocols in Sensor Networks

机译：稳定传感器网络中的洪水排序协议

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摘要

Flood is a communication primitive that can be used by the base station of a sensor network to send a copy of a message to every sensor in the network. When a sensor receives a flood message, the sensor needs to check whether it has received this message for the first time and so this message is fresh, or it has received the same message earlier and so the message is redundant. In this paper, we discuss a family of four flood sequencing protocols that use sequence numbers to distinguish between fresh and redundant flood messages. These four protocols are: a sequencing free protocol, a linear sequencing protocol, a circular sequencing protocol, and a differentiated sequencing protocol. We analyze the self-stabilization properties of these four flood sequencing protocols. We also compare the performance of these flood sequencing protocols, using simulation, over various settings of sensor networks. We conclude that the differentiated sequencing protocol has better stabilization property and provides better performance than those of the other three protocols.
机译：泛洪是一种通信原语，可由传感器网络的基站用来将消息的副本发送到网络中的每个传感器。当传感器接收到泛洪消息时，传感器需要检查它是否是第一次接收到此消息，因此该消息是新鲜的，或者它早些时候已接收到相同的消息，因此该消息是冗余的。在本文中，我们讨论了四个泛洪排序协议家族，这些协议使用序列号来区分新鲜的和冗余的泛洪消息。这四个协议是：无序列协议，线性序列协议，循环序列协议和差异序列协议。我们分析了这四种洪水测序方案的自稳定特性。我们还使用模拟在传感器网络的各种设置下比较了这些洪水排序协议的性能。我们得出的结论是，与其他三种协议相比，差异化测序协议具有更好的稳定性，并提供了更好的性能。

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