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    • 2. 发明授权
    • Multiple-agent hybrid control architecture for intelligent real-time
control of distributed nonlinear processes
    • 多代理混合控制架构,用于分布式非线性过程的智能实时控制
    • US5963447A
    • 1999-10-05
    • US916418
    • 1997-08-22
    • Wolf KohnAnil Nerode
    • Wolf KohnAnil Nerode
    • G06F15/16G05B13/02G05B19/418G06F9/44G06F9/46G06N5/04
    • G05B19/41865G06N5/043G05B2219/33055G05B2219/33065G05B2219/33073Y02P90/18Y02P90/20
    • A Multiple-Agent Hybrid Control Architecture (MAHCA) uses agents to analyze design, and implement intelligent control of distributed processes. A network of agents can be configured to control more complex distributed processes. The network of agents interact to create an emergent global behavior. Global behavior is emergent from individual agent behaviors and is achieved without central control through the imposition of global constraints on the network of individual agent behaviors. Agent synchronization can be achieved by satisfaction of an interagent invariance principle. At each update time, the active plan of each of the agents in the network encodes equivalent behavior modulo a congruence relation determined by the knowledge clauses in each agents's knowledge base. The Control Loop and the Reactive Learning Loop of each agent can be implemented separately. This separation results in an implementation runs faster and with less memory requirements than an unseparated arrangement. A Direct Memory Map (DMM) is to implement the agent architecture. The DMM is a procedure for transforming knowledge and acts as a compiler of agent knowledge by providing a data structure called memory patches, which are used to organize the knowledge contained in each agent's Knowledge Base. Content addressable memory is used as the basic mechanism of the memory patch structure. Content addressable memory uses a specialized register called the comparand to store a pattern that is compared with contents of the memory cells. The DMM has two comparands, the Present State Comparand and the Goal Comparand. The MAHCA can be used for compression/decompression for processing and storage of audio or video data.
    • 多代理混合控制架构(MAHCA)使用代理分析设计,实现分布式进程的智能控制。 代理网络可以配置为控制更复杂的分布式进程。 代理网络互动,创造出一种紧急的全球行为。 全球行为是从个人代理行为中出现的,并且通过对个人代理行为的网络施加全局约束而实现没有中央控制。 代理同步可以通过满足代理不变性原则来实现。 在每个更新时间,网络中每个代理的活动计划编码由每个代理的知识库中的知识子句确定的等同关系模式的等效行为。 每个代理的控制循环和反应学习循环可以单独实现。 这种分离导致实现运行速度更快,并且具有比未分离安排更少的内存要求。 直接内存映射(DMM)是实现代理架构。 DMM是通过提供称为内存补丁的数据结构来转换知识并作为代理知识的编译器的过程,用于组织每个代理的知识库中包含的知识。 内容可寻址内存被用作内存补丁结构的基本机制。 内容可寻址存储器使用称为比较的专用寄存器来存储与存储器单元的内容进行比较的模式。 DMM有两个比较,即现状比较和目标比较。 MAHCA可用于压缩/解压缩以处理和存储音频或视频数据。
    • 8. 发明申请
    • MULTIPLE-AGENT HYBRID CONTROL ARCHITECTURE FOR INTELLIGENT REAL-TIME CONTROL OF DISTRIBUTED NONLINEAR PROCESSES
    • 用于智能实时控制分布式非线性过程的多代理混合控制架构
    • WO99010758A1
    • 1999-03-04
    • PCT/US1998/017056
    • 1998-08-18
    • G06F15/16G05B13/02G05B19/418G06F9/44G06F9/46G06N5/04G01V1/00
    • G05B19/41865G05B2219/33055G05B2219/33065G05B2219/33073G06N5/043Y02P90/18Y02P90/20
    • A Multiple-Agent Hybrid Control Architecture (MAHCA) (20) uses agents to analyze design, and implement intelligent control of distributed process. A network of agents can be configured to control more complex distributed processes. The network of agents interact to create an emergent global behavior. Global behavior is emergent from individual agent behaviors and is achieved without central control through the imposition of global constraints on the network of an interagent invariance principle. At each update time, the active plan of each of the agents in the network encodes equivalent behavior modulo a congruence relation determined by the knowledge clauses in each agent's knowledge base (28). The Control Loop (236) and the Reactive Learning Loop of each agent can be implemented separately. The MAHCA can be used for compression/decompression for processing and storage of audio or video data.
    • 多代理混合控制架构(MAHCA)(20)使用代理分析设计,实现分布式过程的智能控制。 代理网络可以配置为控制更复杂的分布式进程。 代理网络互动,创造出一种紧急的全球行为。 全球行为是从个人代理行为中出现的,并且通过对网络中的全局约束对代理不变原则进行中央控制而实现。 在每个更新时间,网络中每个代理的活动计划编码由每个代理的知识库(28)中的知识子句确定的等同关系模式的等效行为。 每个代理的控制回路(236)和反应学习循环可以单独实现。 MAHCA可用于压缩/解压缩以处理和存储音频或视频数据。