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    • 2. 发明授权
    • Mechanism for integration of management functionality in communications networks
    • 通信网络中管理功能集成的机制
    • US06349332B2
    • 2002-02-19
    • US09124479
    • 1998-07-29
    • Clive Colin HayballNigel Lawrence BraggNiall Forbes RossPeter Jamieson Tatterfield
    • Clive Colin HayballNigel Lawrence BraggNiall Forbes RossPeter Jamieson Tatterfield
    • G06F15173
    • H04L41/00H04L41/0233H04L41/024Y10S715/969
    • Management functionality in a communications network is integrated using a design module for constructing a management information base (MIB). A unit of manageable physical resources is represented in the MIB by a management unit comprising a collection of managed objects representing actual physical and logical resources in the network. The functionality provided by those physical and logical resources is represented separately and independently from the objects representing those physical and logical resources. A realisation model associates classes of objects representing the functionality with classes of objects representing the physical and logical resources. In an embodiment, an Application model represents the functionality of network resources. An Implementation model represents the actual, specific implementation of how that functionality is carried out. A set of realisation associations links an application model to an implementation model to form a realisation model. Division and representation of physical and logical resources in the MIB by the management unit method allows substitution of physical and logical resources by different implementations of similar resource components without reconfiguring the parts of the MIB representing the functionality.
    • 使用用于构建管理信息库(MIB)的设计模块来集成通信网络中的管理功能。 可管理的物理资源的单元由管理单元在MIB中表示,管理单元包括表示网络中的实际物理和逻辑资源的被管理对象的集合。 由这些物理和逻辑资源提供的功能与代表这些物理和逻辑资源的对象分别独立地表示。 实现模型将表示功能的对象类与表示物理和逻辑资源的对象类相关联。 在一个实施例中,应用模型表示网络资源的功能。 实现模型代表了实现该功能的实际具体实现。 一组实现关联将应用程序模型链接到实现模型以形成实现模型。 通过管理单元方法对MIB中的物理和逻辑资源进行分区和表示,可以通过不同的类似资源组件的实现来替换物理和逻辑资源,而无需重新配置表示功能的MIB的部分。
    • 4. 发明授权
    • Communications network having management system architecture supporting reuse
    • 具有支持重用的管理系统架构的通信网络
    • US06233610B1
    • 2001-05-15
    • US08921208
    • 1997-08-27
    • Clive Colin HayballPeter Jamieson TattersfieldNigel Lawrence Bragg
    • Clive Colin HayballPeter Jamieson TattersfieldNigel Lawrence Bragg
    • G06F15177
    • H04L41/0213H04J2203/0046H04J2203/0058H04L41/022H04L41/046H04L41/0893H04L69/08H04L2012/5626H04L2012/5656H04Q3/0095H04Q11/0478
    • A communications network, eg a distributed network, comprises a plurality of distributed physical resources in the form of components, assemblies of components, and systems based on components and composites. A network management system of such a network comprises an application level which represents the functionality of a plurality of different composites being hardware and/or software components of different proprietary manufacture and different function capability, and an implementation level which implements control of the composites. The application level is sub-divided into a plurality of application level elements each of which correspond to a function capability of a composite or system, a system being a highest level of composite. The implementation level is sub-divided into a plurality of implementation level elements each of which represents a system, a composite or a component. The internal structure of the elements within the application controller and implementation level corresponds to internal architectures of the systems and composites. As the communications network is assembled from a plurality of different components and composites, the network management system can also be assembled using predetermined constructions of composite controllers and component controllers which correspond to specific composites or specific components within those composites.
    • 通信网络,例如分布式网络,包括组件,部件组件和基于组件和复合体的系统形式的多个分布式物理资源。 这种网络的网络管理系统包括表示多个不同复合体的功能的应用级别,所述复合材料是不同专有制造和不同功能能力的硬件和/或软件组件,以及实现复合材料控制的实现级别。 应用级别被细分为多个应用级元素,每个应用级元素对应于复合或系统的功能能力,系统是复合的最高级别。 实现级别被细分为多个实现级元素,每个元素代表系统,复合或组件。 应用程序控制器和实现级别内的元素的内部结构对应于系统和复合材料的内部架构。 随着通信网络由多个不同的组件和复合材料组装起来,网络管理系统也可以使用对应于这些复合材料中的特定复合材料或特定组件的复合控制器和组件控制器的预定构造进行组装。
    • 8. 发明授权
    • Communication system architecture and a management control agent and operating protocol therefor
    • 通信系统架构和管理控制代理及其操作协议
    • US06385196B1
    • 2002-05-07
    • US08991273
    • 1997-12-16
    • Clive Colin HayballJulian Frank Barry CableStephen Rhylant Evans
    • Clive Colin HayballJulian Frank Barry CableStephen Rhylant Evans
    • H04L1246
    • H04L41/0823H04L41/046H04L41/0803H04L2012/5626H04L2012/563H04L2012/5663H04Q11/0478
    • A communication network (300) comprises a call server (302) and several fabric control modules (322, 326, 330-334) coupled to the call server (302) through a fabric application interface (306, 324, 328, 342). The fabric control modules are arranged to control circuit connections (310, 312) within, for example, a narrowband-broadband interface (304) in response to the call server. A management agent (338) coupled to the call server through a dedicated management interface (336) includes a memory (340) for storing network configuration information and a processor (339) arranged to provide the network configuration information to the call server over the dedicated management interface (336) to affect initial establishment of the fabric application interface (306). In this way, the fabric application interface (306) is optimized in relation to available resources and consequently provides a uniform view between the call server and a narrowband-broadband interface (304).
    • 通信网络(300)包括通过结构应用接口(306,324,328,342)耦合到呼叫服务器(302)的呼叫服务器(302)和多个结构控制模块(322,326,330-334)。 结构控制模块被布置成响应于呼叫服务器来控制例如窄带宽带接口(304)内的电路连接(310,312)。 通过专用管理接口(336)耦合到呼叫服务器的管理代理(338)包括一个用于存储网络配置信息的存储器(340)和一个处理器(339),处理器(339)被安排为通过专用的方式向呼叫服务器提供网络配置信息 管理接口(336)以影响结构应用接口的初始建立(306)。 以这种方式,结构应用接口(306)相对于可用资源被优化,并且因此在呼叫服务器与窄带宽带接口(304)之间提供统一的视图。