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    • 3. 发明授权
    • Method and apparatus for capacity driven intra-cell handover in a
cellular telephone network
    • 蜂窝电话网络中用于容量驱动小区内切换的方法和装置
    • US6125106A
    • 2000-09-26
    • US917644
    • 1997-08-22
    • Peter OstrupH.ang.kan PalmAnders Westroos
    • Peter OstrupH.ang.kan PalmAnders Westroos
    • H04W12/10H04W36/06G06F11/00H04B7/212H04Q7/20
    • H04W36/20H04W12/10H04W36/26
    • Existing communication connections in a cellular telephone base station can become allocated to communication equipment in a less than optimal fashion. To address this problem a detector identifies when an existing communication connection routed through the base station is terminated. The detector informs a processor which calculates a channel allocation for the remaining communication connections currently routed through the base station which optimizes channel utilization. The optimal channel allocation is then implemented through intra-cell handovers. The optimal channel allocation is based on assigning an existing communication connection having a lower channel rate requirement than is available on the communication channel currently carrying the existing communication connection to a communication channel having a lower channel rate capacity or assigning an existing communication connection from a less restrictive communication channel to a more restrictive communication channel having the same or lower channel rate capacity as the current communication channel.
    • 蜂窝电话基站中的现有通信连接可以以不太优选的方式分配给通信设备。 为了解决这个问题,检测器识别何时终止通过基站路由的现有通信连接。 检测器通知处理器,其计算当前通过基站路由的其余通信连接的信道分配,其优化信道利用率。 然后通过小区内切换实现最佳信道分配。 最佳信道分配是基于将具有比当前携带现有通信连接的通信信道上具有更低信道速率要求的现有通信连接分配给具有较低信道速率容量的通信信道或从较小信道分配现有通信连接 限制性通信信道到具有与当前通信信道相同或较低信道速率容量的更限制性通信信道。
    • 6. 发明授权
    • Telecommunications system and method
    • 电信系统和方法
    • US08346242B2
    • 2013-01-01
    • US13121676
    • 2008-10-08
    • Anders WestroosFredrik HillströmPeter OstrupStefan JohanssonWalter Müller
    • Anders WestroosFredrik HillströmPeter OstrupStefan JohanssonWalter Müller
    • H04W4/00
    • H04W36/24H04W24/04H04W36/16H04W76/18
    • The present invention overcomes the problem of S1 interface failure by redirecting user equipments to another radio basestation, or another RAT. This redirecting may be on a UE-by-UE basis, i.e. when a connection request is received, redirecting that UE, or may involve redirecting all UEs in a cell by broadcasting modified system information. The redirecting may be such that future traffic load, for example as caused by UEs performing tracking area updates, is minimized, by instructing UEs to redirect after a randomized period of time, or by locking the cell after a randomized period of time, for example. In yet further embodiments of the invention, the cell may be locked after a certain number of connection requests have been received. In this way, particularly busy cells can be locked sooner than would otherwise be the case.
    • 本发明通过将用户设备重定向到另一个无线电基站或另一个RAT来克服S1接口故障的问题。 这种重定向可以在UE-by-UE的基础上,即当接收到连接请求时重定向该UE,或者可能涉及通过广播修​​改的系统信息重定向小区中的所有UE。 重定向可以使得例如由执行跟踪区域更新的UE引起的未来业务负载被最小化,通过指示UE在随机化的时间段之后重定向,或者通过在随机化的时间段之后锁定小区,例如 。 在本发明的另外的实施例中,在接收到一定数量的连接请求之后,单元可以被锁定。 这样,特别忙碌的单元可以比其他情况更快地被锁定。
    • 7. 发明申请
    • TELECOMMUNICATIONS SYSTEM AND METHOD
    • 电信系统与方法
    • US20110177820A1
    • 2011-07-21
    • US13121676
    • 2008-10-08
    • Anders WestroosFredrik HillströmPeter OstrupStefan JohanssonWalter Müller
    • Anders WestroosFredrik HillströmPeter OstrupStefan JohanssonWalter Müller
    • H04W36/16
    • H04W36/24H04W24/04H04W36/16H04W76/18
    • The present invention overcomes the problem of S1 interface failure by redirecting user equipments to another radio basestation, or another RAT. This redirecting may be on a UE-by-UE basis, i.e. when a connection request is received, redirecting that UE, or may involve redirecting all UEs in a cell by broadcasting modified system information. The redirecting may be such that future traffic load, for example as caused by UEs performing tracking area updates, is minimized, by instructing UEs to redirect after a randomized period of time, or by locking the cell after a randomized period of time, for example. In yet further embodiments of the invention, the cell may be locked after a certain number of connection requests have been received. In this way, particularly busy cells can be locked sooner than would otherwise be the case.
    • 本发明通过将用户设备重定向到另一个无线电基站或另一个RAT来克服S1接口故障的问题。 这种重定向可以在UE-by-UE的基础上,即当接收到连接请求时重定向该UE,或者可能涉及通过广播修​​改的系统信息重定向小区中的所有UE。 重定向可以使得例如由执行跟踪区域更新的UE引起的未来业务负载被最小化,通过指示UE在随机化的时间段之后重定向,或者通过在随机化的时间段之后锁定小区,例如 。 在本发明的另外的实施例中,在接收到一定数量的连接请求之后,单元可以被锁定。 这样,特别忙碌的单元可以比其他情况更快地被锁定。