参考文献/References:
[ 1] Nearchou A C. Path p lann ing of a m ob ile robot using gene tic heur istics [ J]. Robo tica, 1998, 16( 5): 575- 588.
[ 2] 罗熊, 樊晓平, 易晟, 等. 具有大量不规则障碍物的环境下机器人路径规划的一种新型遗传算法[ J]. 机器人, 2004, 26( 1): 11- 16.
Luo X iong, Fan X iaoping, Y i Sheng. A nove l genetic algorithm fo r robot path plann ing in env ironment conta ining large numbers o f Irregu la r obstac les[ J]. Robot, 2004, 26( 1): 11- 16. ( in Ch inese)
[ 3] 孙树栋, 林茂. 基于遗传算法的多移动机器人协调路径规划[ J]. 自动化学报, 2000, 26( 5): 673- 676.
Sun Shudong, L inM ao. Pa th planning o f m ulti m ob ile robots us ing genetic a lgo rithm s[ J]. A cta Au tom atica S inica, 2000, 26( 5): 673- 676. ( in Chinese)
[ 4] D Am ico A, Ippo litiG, Longhi S. A rad ia l basis function networks approach for the tracking problem ofm obile robots[ C ] / /Pro- ceedings of the IEEE /ASM E Interna tiona l Con ference on Advanced Inte lligentM echatron ics. Com o, Ita ly, 2001, 1: 498- 503.
[ 5] A llan R W illm s, Sim on X. Neura l netwo rk approaches to dynam ic co llis ion-free robo t tra jec to ry generation[ J]. IEEE T rans Syst M an, Cybern, 2001, 31( 3): 302- 318.
[ 6] Yang S X, M axM. An effic ient neural netw ork approach to dynam ic robo tm otion planning[ J]. Neura lNetw orks, 2000, 13( 2): 143- 148.
[ 7] Ka ren I Trova to, Leo Dorst. D ifferen tia lA* [ J]. IEEE Transactions on Know ledge and Data Eng ineering, 2002, 14( 6): 1 218 - 1 229.
[ 8] Bruce J, Ve loso M. Rea l-tim e random ized path p lann ing fo r robo t nav iga tion[ C] / /Proceedings for the IEEE /RSJ Inte rnational Con ference on Intelligent Robots and System. EPFL, Lausanne, Sw itzerland, 2002, 3: 2 383- 2 388.
[ 9] Peng Cheng, S tevenM LaVa lle. Reso lution comp le te rapid ly-explor ing random trees[ C ] / /IEEE Interna tiona l Conference on Robo tics and Automa tion. W ashing ton, 2002: 267- 272.
[ 10] 张美玉, 黄翰, 郝志峰, 等. 基于蚁群算法的机器人路径规划[ J]. 计算机工程与应用, 2005, 41( 9): 34- 37.
ZhangM e iyu, H uangH an, H ao Zh ifeng, et a.l M o tion planning of autonom ous m ob ile robo t based on ant co lony algor ithm [ J]. Compu ter Eng ineer ing and App lications, 2005, 41( 9): 34- 37. ( in Ch inese)
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