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Cai Yunfei*£¬ Wu Lingxiao£¬ Yan Min
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Institute of Intelligent robotics, Nanjing University of Science and Technology , Nanjing 210094£» £©
Abstract£º
Pertinent to the intelligent mapping navigation of unmanned vehicles in semi-structural and non-structural partial task area, the paper proposes a new architecture of level intelligent navigation map, which is classified into three levels according to the hierarchies of intelligent navigation. The bottom is the base layer, which provides instructions for other control modules of unmanned vehicles according to the information base and vehicle positoning system. The upper is the learning layer, which absorbs humans' driving experience via robots so that unmanned vehicles can apply the experience and rules in decision-making when facing some known scenes. Experiments and actual tests indicate that the architecture can well meet unmanned vehicles's requirements on intelligent navigation in partial task areas and that it has satisfactory expansibility and actual application values.
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