The automatic control of electrical system (ACES) for aircraft shipboard applications was first demonstrated at the Westinghouse Aerospace Electrical Division in 1970 [4]. This system was implemented on a single computer which controlled the hardware directly with discrete signals. Presently Hierarchical and Distributed computer architectures are being evaluated [3, 14], to perform the ACES task. Westinghouse is pursuing a combined Hierarchical/Distributed architecture for its Adaptive Power Management (APM) system [5]. The Hierarchical network performs system control, conflict resolution, and top level resource monitoring and adaption/reconfiguration. The Distributed network performs the system Input/Output functions, all direct control and coordination of the peripherial hardware and the adaption/reconfiguration of their resource/control tables (see Figure 10). In addition, APM complies with the Air Forces requirement to use the standard DAIS AN/AYK-15A processor [10, 11]; the standard higherorder programming language as defined in MIL-STD-1589 [12], and interface and data bus multiplex system standard MIL-STD-1553B [8, 9].
1970年,在西屋宇航电气部门首次演示了用于飞机舰载应用的电气系统自动控制(ACES)[4]。该系统在单台计算机上实现,该计算机直接用离散信号控制硬件。目前,正在评估分层和分布式计算机体系结构[3,14],以执行ACES任务。西屋公司正在为其自适应电源管理(APM)系统追求组合的分层/分布式体系结构[5]。分层网络执行系统控制,冲突解决以及顶层资源监视和适配/重新配置。分布式网络执行系统的输入/输出功能,外围硬件的所有直接控制和协调以及它们的资源/控制表的适配/重新配置(请参见图10)。此外,APM符合空军的要求,可以使用标准的DAIS AN / AYK-15A处理器[10,11]; MIL-STD-1589 [12]中定义的标准高阶编程语言以及接口和数据总线多路复用系统标准MIL-STD-1553B [8,9]。 P>
机译:用于岛式DC微电网的分布式自适应电源管理:中压船舶电力系统的案例研究
机译:分层移动性管理的分布式自适应位置管理方案
机译:分层移动性管理的分布式自适应位置管理方案
机译:分层自适应分布式系统级诊断在基于SNMP的网络故障管理中的应用
机译:直流配电系统中用于电源管理的分布式自适应下垂控制
机译:虚拟计算系统中用于动态功率和性能管理的自适应控制器
机译:与分布式发电相结合的电力系统广域监控的分布式自适应学习框架