第55卷第12期 2015年12月
电讯技术
Telecommunication Engineering
doi:10.3969/i.issn.1001-893x.2015.12.001
Vol.55,No.12 December,2015
引用格式：徐雪飞，李建华，沈迪，等.基于量子遗传算法的航空通信频率动态分配[J].电讯技术，2015,55（12）：1311-1317.［XUXuefei,LI
Jianhua, SHEN Di,et al. Dynamic Aeronautical Communication Frequency Assignment Based on Quantum Genetic Algorithm[ J]. Telecommu-nication Engineering,2015,55(12) :13111317. ]
基于量子遗传算法的航空通信频率动态分配
徐雪飞1,**，李建华,沈迪，郭蓉？
（1.空军工程大学信息与导航学院，西安710077；2.解放军95983部队，甘肃酒泉732750）
摘要：为了更加有效地对航空通信频率进行分配，提出了一种基于量子遗传算法的航空通信频率动态分配方法。通过对频率动态分配思路进行分析，建立了频率动态分配框架，给出了频率动态分配的具体流程。在此基础上，讨论了航空通信频率动态分配问题，定义了航空通信频率动态分配约束条件，建立了航空通信频率动态分配模型。最后，运用量子遗传算法和遗传算法对算例进行仿真对比。结果表明：量子遗传算法在种群适应度和收敛速度上具备明显的优趣性，频率动态分配模型能够根据不同种群数量条件动态调整适应度，能够较好满足航空通信频率分配问题动态性、准确性、时效性等实践运用要求。
关键词：航空通信：频率动态分配：量子遗传算法
中图分类号：TN92
文献标志码：A
文章编号：1001-893X(2015)12-1311-07
DynamicAeronauticalCommunicationFrequency Assignment
BasedonQuantumGeneticAlgorithm XU Xuefei',LI Jianhua',SHEN Di',GUO Rong
(1. Information and Navigation College , Air Force Engineering University,Xi'an 710077 , China ;
2. Unit 95983 of PLA,Jiuquan 732750, China)
Abstract : For more efficient aeronautical communication frequency assignment,a method for dynamic aero nautical communication frequency assignment based on quantum genetic algorithm ( QGA) is proposed. Through analyzing the thought of dynamic frequency assignment, the architecture of dynamic frequency as signment is constructed,then a flow chart for it is given. On this basis ,the dynamic aeronautical communi-cation frequency assignment problems are discussed, the constraint condition for dynamic frequency assign-ment is defined, and then the dynamic aeronautical communication frequency assignment model is estab-lished. Finally, the QGA and genetic algorithm( GA) are used to simulate the same examples and the re-sult shows that the QGA has more advantages in population fitness and convergence rate, and the dynamic eaaasaseesoa The method meets the practice and application requirements of dynamics , accuracy and timeliness for aero nautical communication frequency assignment.
Key words : aeronautical communication ; dynamic frequency assignment; quantum genetic algorithm 收稿日期：2015-06-29；修回日期：2015-09-15
Received date : 20150629 ; Revised date : 20150915
基金项目：国家社科基全暨军事学资助课题（12GJ003-130）；全军军事学研究生资助课题(2013JY-505）
Foundation Item: Project Supported by the National Social Science Fund and the Military Science( 12GJ003130) ; Project Supported by Mili-
tary Science Fund for Graduate Students(2013JY505 )
*率通讯作者：xxf19861128@sina,com
Corresponding author : xxf19861128@ sina. com
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