摘要
预警机作为空基打击体系的核心节点,在信息化联合空战中发挥着越来越重要的作用。传感器管理技术是充分发挥多传感器优势使预警机在复杂战场环境下完成多样化探测任务的关键。本文在传感器管理的基本结构的基础上,根据模块化设计和系统信息交互的松耦合的思想,提出了一种基于发布/订阅的三层分级式传感器管理架构。分析了各模块的功能和分系统之间的信息交互关系,在传感器管理系统内部,通过将复杂的传感器管理功能分解到高层、中间层和底层传感器管理中,提供了一种解决复杂信息系统传感器管理架构问题的方法。
As the core node of the air base attack system,the AWACS plays more important role in the information combined air combat. Sensor management technology is the key to make full use of the advantages of multi-sensor to make the AWACS accomplish diversified detection tasks in complex battlefield environment. Based on the basic structure of sensor management and according to the idea of modular design and loose coupling of system information interaction,this article proposes a three tiers hierarchical sensor management architecture based on pub/Sub. Analyzed the function of each module and the subsystem information interaction,in the internal sensor management system,through decomposing of the complex function into high level,middle layer,and underlying sensor management,provides a solution method of complex information system sensor management structure problem.
引文
[1]陆军,郦能敬,曹晨,等.预警机系统导论(第二版)[M].北京:国防工业出版社,2011,10.
[2]刘波,沈齐,李文清,等.空基预警探测系统[M].北京:国防工业出版社,2012,10.
[3]赵建恒,许蕴山,邓有为,等.一种面向协同探测的多传感器管理系统架构[J].电光与控制. 2015(6):6-10.
[4] Bonnie W Johnson,John M Green. Naval Network-Centric Sensor Resource Management[R]. 2002. 4
[5] M. Huber,Probabilistic framework for sensor management[D] Intelligent Sensor Actuator Systems Laboratory,Universit¨at Karlsruhe,2009.
[6] Surendran R. Intelligent based large scale multi agents resource management on shopping service with security[C]∥Proc. of the Nirma University International Conference on Engineering,2012:1-6.
[7]田康生,朱光喜,徐毓.基于多代理技术的传感器管理系统[J].现代雷达,2004,2:9-13.
[8]程红斌,张凤鸣,邹强.基于CORBA的多传感器管理原型系统研究[J].系统仿真学报,2006(02):456-459.
[9] Gee Wah Ng,Khin H. Ng,Ee Lan Chia. Sensor management:coverage versus survivability a multiple objective optimization problem[J]. Proc. of the SPIE on Multi-sensor,Multi-source Inofrmation Fusion:Architectures,Algorithms,and Applications,2003,Vol. 5099,pp. 421-428.
[10] Leeton U. Multi-Agent based optimal power flow solution[C]∥Proc. of the Asia-Pacific Power and Energy Engineering Conference,2012:1-4.
[11] Scholtus M,Van D D,Frijns B. Speed,algorithmic trading,and market quality around macroeconomic news announcements[J]. Journal of Banking&Finance,2014,38(c):89-105.
[12]吴巍,李朝霞,刘博等.基于多智能体与市场理论的多机载平台传感器管理[J].系统工程与电子技术.2014(01):68-75.
[13]杨海燕,尤政,陈轶.基于Holon控制的协同网络传感器管理体系结构[J].火力与指挥控制. 2011(07):78-81.
[14] Benaskeur A. Sensor management in command and control[R]. Canada:Defence Research and Development,2002.
[15]陈广伟,杨波,马坤等基于发布/订阅的通用数据交互接口模型[J].华中科技大学学报(自然科学版).2012,40(12):141-145.
[16] Avaida M,Barhourni M,Fouchal H,et al. Joint routing and location-based service in VANET[J]. Journal of Parallel and Distributed Computing,2014,74(2):2077-2087.
[17]尤涛,吴其蔓,王川文等.面向内容发布订阅系统的向量订阅与共享机制[J].通信学报. 2015,36(10):101-109.
