COMMUNICATIONS SYSTEM AND METHOD OF ADMINISTERING CONNECTIONS THEREIN
    1.
    发明申请
    COMMUNICATIONS SYSTEM AND METHOD OF ADMINISTERING CONNECTIONS THEREIN 审中-公开
    通信系统及其连接方法

    公开(公告)号:WO0193454A3

    公开(公告)日:2003-04-17

    申请号:PCT/EP0106003

    申请日:2001-05-25

    CPC classification number: H04W52/24 H04W16/14 H04W24/00 H04W52/16 H04W52/223

    Abstract: A communication system (10, 68) includes a plurality of different, spectrally separated air-interfaces providing different services from co-located base sites (70-76). One of these air-interfaces, which may be CDMA, operates a universal frequency-re-use pattern across multiple cells (80-88, 90), whereas other air-interfaces, such as GSM, have carrier frequencies that a cell re-use pattern. A subscriber unit (12-16) within the system (10-68) monitors an interference environment and path loss of at least some of the various different services to infer propagation conditions that are likely to be experienced within a spread spectrum service supported by the universal frequency re-use pattern. Armed with an assessment of fade (82-86) condition within the system as a whole, implied by time and path loss from broadcast signals from different services, the subscriber unit can regulate and control its power transmission. Spread spectrum communication to a distant base station can be safe in the knowledge that high power transmissions from the subscriber are subject to deep fade when viewed by near-in base sites. Near-far problems associated with high power transmissions to near-in base sites can therefore be mitigated based on a level of confidence that is found in the fade condition determined by path loss in services ancillary to the spread spectrum service.

    Abstract translation: 通信系统(10,68)包括多个不同的频谱分离的空中接口,提供与同位置基站(70-76)的不同服务。 这些空中接口中的一个可以是CDMA,在多个小区(80-88,90)之间运行通用频率重用模式,而诸如GSM的其它空中接口具有小区重新连接的载波频率, 使用模式。 系统(10-68)内的用户单元(12-16)监视各种不同服务中的至少一些的干扰环境和路径损耗,以推断在扩展频谱服务中可能经历的传播条件 通用频率重用模式。 对整个系统中的褪色(82-86)状况进行评估,由来自不同业务的广播信号的时间和路径损耗所暗示的,用户单元可以调节和控制其功率传输。 知道来自用户的高功率传输在靠近基站观察时会受到深度衰落的信息,因此向远程基站进行扩频通信是安全的。 因此,可以基于在辅助扩频业务的业务中由路径损耗确定的衰落条件中发现的置信水平来减轻与向近基站的高功率传输相关的近远问题。

    SISTEMA DE COMUNICACIONES Y METODO PARA ADMINISTRAR CONEXIONES EN DICHO SISTEMA.

    公开(公告)号:ES2338755T3

    公开(公告)日:2010-05-12

    申请号:ES01940529

    申请日:2001-05-25

    Applicant: MOTOROLA INC

    Abstract: Método (200) para controlar la potencia de transmisión de un transceptor (70, 100) de un sistema de comunicaciones celulares que comprende una pluralidad de celdas (80, 88, 90) en al menos dos de las celdas que tienen equipos de estaciones base (22-32), y que también comprende un equipo de estaciones base co-ubicadas compatibles con una pluralidad de interfaces aéreas diferentes controlables mediante una unidad transceptora, dicho método que comprende: evaluar un entorno de interferencia que surge de la utilización de al menos una primera interfaz aérea en al menos dos de la pluralidad de celdas; inferir (208) condiciones de propagación que probablemente se experimentarán dentro de una segunda interfaz aérea en base al entorno de interferencia evaluado; y controlar (212) las configuraciones de transmisión de potencia dentro de la segunda interfaz aérea en base a dichas condiciones de propagación inferidas.

    COMMUNICATIONS SYSTEM AND METHOD OF ADMINISTERING CONNECTIONS THEREIN

    公开(公告)号:CA2380447A1

    公开(公告)日:2001-12-06

    申请号:CA2380447

    申请日:2001-05-25

    Applicant: MOTOROLA INC

    Abstract: A communication system (10, 68) includes a plurality of different, spectrall y separated air-interfaces providing different services from co-located base sites (70-76). One of these air-interfaces, which may be CDMA, operates a universal frequency-re-use pattern across multiple cells (80-88, 90), wherea s other air-interfaces, such as GSM, have carrier frequencies that a cell re-u se pattern. A subscriber unit (12-16) within the system (10-68) monitors an interference environment and path loss of at least some of the various different services to infer propagation conditions that are likely to be experienced within a spread spectrum service supported by the universal frequency re-use pattern. Armed with an assessment of fade (82-86) condition within the system as a whole, implied by time and path loss from broadcast signals from different services, the subscriber unit can regulate and contro l its power transmission. Spread spectrum communication to a distant base station can be safe in the knowledge that high power transmissions from the subscriber are subject to deep fade when viewed by near-in base sites. Near- far problems associated with high power transmissions to near-in base sites can therefore be mitigated based on a level of confidence that is found in t he fade condition determined bypath loss in services ancillary to the spread spectrum service.

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