基于动态AHP的海上移动节点网络选择算法

doi:10.12305/j.issn.1001-506X.2022.06.29

Abstract

Abstract:

In order to solve the problem that the node selection algorithm in marine heterogeneous wireless network is not effective in real time and does not match well with mobile nodes, a network access selection algorithm based on dynamic analytic hierarchy process (DAHP) and synergetic principle is proposed. On the basis of satisfying multi factor decision and static node network selection, this algorithm uses the DAHP method to determine the subjective weight of the access decision index, uses the synergetic correlation principle to determine the objective weight, and uses received power to determine the location weight of mobile nodes. By redistributing the subjective, objective, and location weights, it takes into account the real-time network state and task communication needs around mobile nodes. The algorithm improves the real-time performance and the matching with mobile nodes. The simulation results show that compared with the traditional network selection algorithm based on AHP and the synergetics principle and the mobile node algorithm based on distance, this algorithm reduces the traffic blocking rate of nodes and improves the communication smoothness and real-time performance.

Key words: dynamic analytic hierarchy process (DAHP), synergetic principle, mobile node, network access selection

CLC Number:

TN92

Zhongyang MAO, Zhilin ZHANG, Xiguo LIU, Jiafang KANG. Network selection algorithm for maritime mobile nodes based on dynamic AHP[J]. Systems Engineering and Electronics, 2022, 44(6): 2011-2018.

Figures/Tables 13

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References 17

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参数范围	标度
b_{i, j}∈[c₁, c₂)	1
b_{i, j}∈[c₂, c₃)	2
b_{i, j}∈[c₃, c₄)	3
b_{i, j}∈[c₄, c₅)	4
b_{i, j}∈[c₅, c₆)	5
b_{i, j}∈[c₆, c₇)	6
b_{i, j}∈[c₇, c₈)	7
b_{i, j}∈[c₈, c₉)	8
b_{i, j}∈[c₉, c₁₀)	9
b_{i, j}∈[c₁₀, c_∞)	10

参数	网络属性
参数	带宽/kHz	包延迟/ms	包抖动/ms	丢包率/10^-6
参数范围	[200, 2 500]	[0, 80]	[0, 50]	[0, 80]

参数	业务类型
参数	会话类	流媒体类	交互类
最低所需带宽/kHz	150	500	250

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Network selection algorithm for maritime mobile nodes based on dynamic AHP

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