Automatic address management method
    1.
    发明申请
    Automatic address management method 审中-公开
    自动地址管理方法

    公开(公告)号:US20050108432A1

    公开(公告)日:2005-05-19

    申请号:US10999433

    申请日:2004-11-29

    摘要: In a system-wide network of a hierarchical structure, address allocation is to be managed optimally. The system-wide network has a core portion having a static connection pertinence and a terminal portion connected dynamically to the core portion. The upper order server allocates an address block to a lower order server, whilst the lower order server returns the address block to the upper order server. The address allocation in network addition is classed into address allocation phase in the network core portion and an address allocation phase in the network terminal portion. For completing a link for outside with respect to the system-wide network, a representative server acquires its own IP address. The representative server then requests allocation of an address block used in the network terminal portion to its directly higher order server and acquires the so-requested address block. The representative server then executes automatic address allocation processing using e.g., DNCP in the network terminal portion.

    摘要翻译: 在层次结构的系统范围网络中,要最佳地管理地址分配。 系统范围的网络具有静态连接相关的核心部分和与核心部分动态连接的终端部分。 高阶服务器将地址块分配给较低级的服务器,而低阶服务器将地址块返回给高阶服务器。 网络添加中的地址分配分为网络核心部分的地址分配阶段和网络终端部分的地址分配阶段。 为了完成关于全系统网络的外部链路,代表服务器获取自己的IP地址。 然后,代表服务器请求将网络终端部分中使用的地址块分配给其直接更高级的服务器,并获取所请求的地址块。 代表服务器然后在网络终端部分中使用例如DNCP执行自动地址分配处理。

    Automatic address management method
    2.
    发明授权
    Automatic address management method 失效
    自动地址管理方法

    公开(公告)号:US06880000B1

    公开(公告)日:2005-04-12

    申请号:US09611159

    申请日:2000-07-06

    摘要: In a system wide network of a hierarchical structure, address allocation is to be managed optimally the system-wide network has a core portion having a static connection pertinence and a terminal portion connected dynamically to the core portion. The upper order server allocates an address block to a lower order server, whilst the lower order server returns the address block to the upper order server. The address allocation in network addition is classed into address allocation phase in the network core portion and an address allocation phase in the network terminal portion. For completing a link for outside with respect to the system-wide network, a representative server acquires its own IP address. The representative server then requests allocation of an address block used in the network terminal portion to its directly higher order server and acquires the so-requested address block. The representative server then executes automatic address allocation processing using e.g., DNCP in the network terminal portion.

    摘要翻译: 在层次结构的系统网络中,要最佳地管理地址分配,全系统网络具有静态连接相关的核心部分和与核心部分动态连接的终端部分。 高阶服务器将地址块分配给较低级的服务器,而低阶服务器将地址块返回给高阶服务器。 网络添加中的地址分配分为网络核心部分的地址分配阶段和网络终端部分的地址分配阶段。 为了完成关于全系统网络的外部链路,代表服务器获取自己的IP地址。 然后,代表服务器请求将网络终端部分中使用的地址块分配给其直接更高级的服务器并获取所请求的地址块。 代表服务器然后在网络终端部分中使用例如DNCP执行自动地址分配处理。