To receive habitus accurately and to obtain the reorganization and decision information of the object fully,spatial and temporal fusion must be taken into account.In this paper,a spatial–temporal two-layer architectu...To receive habitus accurately and to obtain the reorganization and decision information of the object fully,spatial and temporal fusion must be taken into account.In this paper,a spatial–temporal two-layer architecture model is presented.In this architecture,the data monitored by different sensors at the same time are fused first in space,and then in time order.Based on this model,we give an algorithm based on the theory of D–S evidence and fuzzy integral for sensor fusion.Simulation results indicate that this algorithm can improve the efficiency of object identification and the reliability of system.The simulation of the algorithm in multisensor object identification is also presented.展开更多
文摘To receive habitus accurately and to obtain the reorganization and decision information of the object fully,spatial and temporal fusion must be taken into account.In this paper,a spatial–temporal two-layer architecture model is presented.In this architecture,the data monitored by different sensors at the same time are fused first in space,and then in time order.Based on this model,we give an algorithm based on the theory of D–S evidence and fuzzy integral for sensor fusion.Simulation results indicate that this algorithm can improve the efficiency of object identification and the reliability of system.The simulation of the algorithm in multisensor object identification is also presented.
