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    • 6. 发明授权
    • System information cache
    • 系统信息缓存
    • US08364144B2
    • 2013-01-29
    • US13275885
    • 2011-10-18
    • Stuart I. GearySteven FranklinJames Howard Tooley
    • Stuart I. GearySteven FranklinJames Howard Tooley
    • H04W4/00
    • H04W36/0061H04W48/16
    • For each of a plurality of received system information SI a cache entry is stored in a SI cache of a user equipment UE, each including at least some of the received SI, a timestamp of when the SI was first stored, and at least some of the cache entries also have relevance data relating the respective cache entry to one or more other cache entries. While the UE is in a state such as a CELL-FACH state, a cache entry is selected for at least one neighbor cell, and that cache entry is related by its relevance data to the cache entry of the serving cell or determined from its timestamp to be in close proximity to the serving cell. The UE then identifies the selected neighbor cell in an uplink message as a suitable candidate for multipoint communications with the UE.
    • 对于多个接收到的系统信息SI中的每一个,高速缓存条目被存储在用户设备UE的SI高速缓存中,每个SI高速缓存条目包括所接收的SI中的至少一些,SI首次存储的时间戳,以及至少部分 高速缓存条目还具有将相应的高速缓存条目与一个或多个其他高速缓存条目相关联的相关数据。 当UE处于诸如CELL-FACH状态的状态时,为至少一个相邻小区选择高速缓存条目,并且该高速缓存条目通过其相关数据与服务小区的高速缓存条目相关联或从其时间戳确定 靠近服务小区。 然后,UE将上行链路消息中所选择的相邻小区识别为与UE多点通信的合适候选。
    • 7. 发明申请
    • System Information Cache
    • 系统信息缓存
    • US20120315910A1
    • 2012-12-13
    • US13155510
    • 2011-06-08
    • Stuart Ian GearySteven FranklinJames Howard Tooley
    • Stuart Ian GearySteven FranklinJames Howard Tooley
    • H04W36/00
    • H04W36/0005H04W48/16
    • For each of a plurality of received system information SI a cache entry is stored in a SI cache of a user equipment UE, each including at least some of the received SI, a timestamp of when the SI was first stored, and at least some of the cache entries also have relevance data relating the respective cache entry to one or more other cache entries. While the UE is in a state such as a CELL-FACH state (no dedicated physical channel allocated to the UE), a cache entry is selected for at least one neighbor cell, and that cache entry is related by its relevance data to the cache entry of the serving cell or determined from its timestamp to be in close proximity to the serving cell. The UE then identifies the selected neighbor cell in an uplink message as a suitable candidate for multipoint communications with the UE.
    • 对于多个接收到的系统信息SI中的每一个,高速缓存条目被存储在用户设备UE的SI高速缓存中,每个SI高速缓存条目包括所接收的SI中的至少一些,SI首次存储的时间戳,以及至少部分 高速缓存条目还具有将相应的高速缓存条目与一个或多个其他高速缓存条目相关联的相关数据。 当UE处于诸如CELL-FACH状态(没有分配给UE的专用物理信道)的状态时,为至少一个相邻小区选择高速缓存条目,并且该高速缓存条目通过其相关数据与高速缓存相关联 服务小区的入口或从其时间戳确定为接近服务小区。 然后,UE将上行链路消息中所选择的相邻小区识别为与UE多点通信的合适候选。