ZigBee 네트워크에서 효율적인 단축 경로 검색 알고리즘

An Efficient Search Algorithm for Extracting Refined Routing Path to Improve Performance in ZigBee Networks
  • 김두현
  • 조성호

초록

In this paper, we suggest an efficient path searching algorithm that reduces the hop count when each node sends a data in ZigBee networks. As the hop count reduces, the network traffic is also reduces and leads to less energy consumption. This enables the sensor network live longer with limited node power. The proposed path searching algorithm consists of two sub-algorithms. One for upstream process and the other for downstream process. When a node selects its proper routing path, the node not only uses the information of the parent and child node, but it also uses the neighbor nodes for each node. In the simulation, we changed various network environment factors such as network parameters, number of nodes, and number of neighbor nodes and observed their performances. We compare the performance to the previous ZigBee Tree routing algorithm with separate two algorithms, the upstream and the downstream, and then compare the performance when all two algorithms are applied.

키워드

ZigBee NetworkTree RoutingWPANUSNWSN
제목
ZigBee 네트워크에서 효율적인 단축 경로 검색 알고리즘
제목 (타언어)
An Efficient Search Algorithm for Extracting Refined Routing Path to Improve Performance in ZigBee Networks
저자
김두현조성호
발행일
2009-12
저널명
한국통신학회논문지
34
12
페이지
1535 ~ 1541