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    • 2. 发明授权
    • Method to control uplink transmissions in a wireless communication system
    • 控制无线通信系统中的上行链路传输的方法
    • US06836666B2
    • 2004-12-28
    • US09851100
    • 2001-05-08
    • Nandu GopalakrishnanSrinivas R. KadabaAshok N. RudrapatnaGanapathy Subramanian Sundaram
    • Nandu GopalakrishnanSrinivas R. KadabaAshok N. RudrapatnaGanapathy Subramanian Sundaram
    • H04Q720
    • H04W72/1284H04B2201/70703H04W52/265H04W52/267H04W52/50H04W72/1268
    • Efficient data communication in wireless communication system is provided by using centralized control of data communications, such as packet switched services, over the uplink channel (mobile station (MS) to base station (BS)). A multiple access protocol is used where packet data mobile stations make requests for uplink channel resources. The request messages transmitted by the MSs inform the BS of service parameters. Examples of such service parameters are available transmit power at the MS, the amount of data to transmit and Quality of Service (QoS). The BS then processes the received request messages and performs interference management calculations to determine the portion of the BS's receive power budget that can be allocated to the data user requesting service. These calculations are used to control the amount of interference seen at the base station, to assign a data rate to the user and to aid scheduling algorithms in computing service order priorities. Any scheduling algorithm may be used; for example, scheduling may be based on the amount of data to be transmitted, the age of the data or the service priority associated with the mobile station. The interference control is used to prevent the occurrence of catastrophic levels of interference while maximizing the utilization of resources on the uplink.
    • 通过上行链路信道(移动​​台(MS)到基站(BS))的数据通信(例如分组交换业务)的集中控制来提供无线通信系统中的高效数据通信。 使用多址协议,其中分组数据移动台对上行链路信道资源进行请求。 MS发送的请求消息通知BS服务参数。 这种服务参数的示例是MS处的可用发射功率,要传输的数据量和服务质量(QoS)。 然后,BS处理接收到的请求消息并执行干扰管理计算,以确定可以分配给数据用户请求服务的BS的接收功率预算的部分。 这些计算用于控制在基站处看到的干扰量,为用户分配数据速率,并帮助调度算法计算服务顺序优先级。 可以使用任何调度算法; 例如,调度可以基于要发送的数据量,数据的年龄或与移动站相关联的服务优先级。 干扰控制用于防止灾难性干扰水平的发生,同时最大化上行链路上的资源利用率。