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    • 1. 发明申请
    • A ROAMING INTERWORKING GATEWAY FOR MOBILE TELECOMMUNICATIONS SYSTEMS
    • 移动通信系统的漫游交互网关
    • WO1997036447A1
    • 1997-10-02
    • PCT/IE1997000027
    • 1997-03-27
    • MARKPORT LIMITEDCUNNINGHAM, JosephCOLLINS, AugustineO'SHEA, NeillusDILLON, Aidan
    • MARKPORT LIMITED
    • H04Q07/38
    • H04W88/16H04W8/12H04W92/02
    • A roaming interworking gateway (RIG, 20) has a modular unit (30) associated with an IS.41 system, a modular unit (31) associated with a GSM system, and a translation function (32). The translation function (32) accesses a database which stores subscriber data upon registration of a subscriber in a roamed mobile system. Each modular unit (30, 31) comprises an authentication centre to perform authentication before registration. The RIG (20) is implemented on a distributed hardware structure having a high-speed network (51) to which are connected network access processors (NAP, 64), database servers (62), and an operations and maintenance processor (63). Each modular unit resides on a single network access processor. The translation function has a module residing on the NAP of each associated modular unit.
    • 漫游互通网关(RIG,20)具有与IS.41系统相关联的模块化单元(30),与GSM系统相关联的模块化单元(31)和翻译功能(32)。 翻译功能(32)访问在漫游移动系统中注册用户时存储用户数据的数据库。 每个模块化单元(30,31)包括在注册之前执行认证的认证中心。 RIG(20)在具有连接网络访问处理器(NAP,64),数据库服务器(62)以及操作和维护处理器(63)的高速网络(51)的分布式硬件结构上实现。 每个模块化单元驻留在单个网络访问处理器上。 翻译功能具有驻留在每个相关联的模块单元的NAP上的模块。
    • 2. 发明申请
    • A SERVICE USER FOR A MOBILE TELECOMMUNICATIONS SYSTEM
    • 移动通信系统的服务用户
    • WO1997036440A1
    • 1997-10-02
    • PCT/IE1997000028
    • 1997-03-27
    • MARKPORT LIMITEDCOLLINS, AugustineCUNNINGHAM, JosephDILLON, Aidan
    • MARKPORT LIMITED
    • H04Q07/24
    • H04W80/12H04W88/14
    • A service user such as a MAP-User (1) has a core (10) which is isolated from low-level signalling and protocols of external entities such as a database server and an authentication centre. The core (10) interfaces with such external entities via signal interfaces (17, 19, 21) and handlers (18, 20, 22). The core (10) also interfaces with a MAP-Provider (4) which connects it to a signalling system. This connection is via an API. The core (10) has a distributor (11) which creates a finite state machine instance when a transaction begins. Responder instances (13) receive requests from the signalling system and initiator instances (14) transmits signals to the signalling system. A threshold controller instance (12) monitors the general state.
    • 诸如MAP-User(1)的服务用户具有与诸如数据库服务器和认证中心的外部实体的低级信令和协议隔离的核心(10)。 核心(10)经由信号接口(17,19,21)和处理器(18,20,22)与这些外部实体接口。 核心(10)还与将其连接到信令系统的MAP提供者(4)进行接口。 此连接是通过API。 核心(10)具有分配器(11),其在事务开始时创建有限状态机器实例。 响应者实例(13)从信令系统接收请求,并且发起方实例(14)向信令系统发送信号。 阈值控制器实例(12)监视一般状态。