摘要
针对融合中心对单站决策级信息重复利用、信息传输失真导致"一票否决"、判决输出实时性差等问题,文中提出了基于增量信息的分布式多周期决策级融合算法及架构。该算法架构包括了单站和融合中心的处理逻辑,其中单站对单个周期内获得的传感器信息进行融合,融合结果作为单站该周期的决策增量信息,并被传输到融合中心;融合中心基于各单站的增量信息进行实时迭代融合并决策输出。理论分析及算例仿真结果表明,该方法降低了单站与融合中心的数据通信量,提高了融合中心决策的正确性和实时性。
The decision information of single observer was used repeatedly by fusion center, " one vote veto" was caused by transmission distortion,and real-time performance of decision output was poor. For all these problems above,a multi-cycle fusion method of distributed decision based on increment information was proposed. The algorithm architecture included the processing logic of single observer and fusion center. The single observer fused sensor's information which was received in a single cycle and the fusion results regarded as the decision increment were transferred to the fusion center where the increment information of each single observer was fused iteratively and made a decision in real time. Theoretical analysis and experimental result showed that the method reduced the amount of data communication between single observer and fusion center,and improved the correctness and real-time of fusion center decision making.
作者
王维
高晓利
WANG Wei;GAO Xiaoli(Sichuan Jiuzhou Electric Group Co.Ltd,Mianyang 621000,China)
出处
《电子科技》
2018年第8期69-72,85,共5页
Electronic Science and Technology
基金
国家武器装备探索研究项目(7131326)
关键词
DS理论
多周期
分布式融合
决策级融合
增量信息
一票否决
DS theory
multi - cycle
distributed fusion
decision fusion
increment information
one vote veto