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    • 74. 发明授权
    • Method and apparatus for a reverse link supplemental channel scheduling
    • 用于反向链路补充信道调度的方法和装置
    • US07480270B2
    • 2009-01-20
    • US10144283
    • 2002-05-10
    • Baaziz AchourRagulan SinnarajahSai Yiu Duncan Ho
    • Baaziz AchourRagulan SinnarajahSai Yiu Duncan Ho
    • H04Q7/00
    • H04W72/1289
    • A method and apparatus provide for scheduling reverse link transmission for a mobile station in a timely manner. A base station (101) may transmit on a forward link high rate channel and a forward link low rate channel to a mobile station during a common time slot. The high rate and low rate channels may be respectively the F-PDCH and the F-PDCCH. The base station may transmit a reverse link transmission scheduling information on the low rate channel. The mobile station may schedule transmission on the reverse link channel, such as R-SCH, based on the data received on the low rate channel. Since the low rate channel has only scheduling data (16 bits) and the high rate channel may have no data (null data) at all, the base station may decide to transmit the reverse link scheduling information to the mobile station very quickly on the forward link.
    • 一种方法和装置提供用于及时调度移动台的反向链路传输。 在公共时隙期间,基站(101)可以在前向链路高速率信道和前向链路低速率信道上向移动台进行发送。 高速率和低速率信道可以分别是F-PDCH和F-PDCCH。 基站可以在低速率信道上发送反向链路传输调度信息。 移动站可以基于在低速率信道上接收的数据来在诸如R-SCH的反向链路信道上调度传输。 由于低速率信道仅具有调度数据(16比特),并且高速率信道根本不具有数据(空数据),所以基站可以决定在前向前非常快地向移动台发送反向链路调度信息 链接。
    • 77. 发明授权
    • Control-hold mode
    • 控制保持模式
    • US06717924B2
    • 2004-04-06
    • US10042873
    • 2002-01-08
    • Sai Yiu Duncan HoYongbin WeiRagulan Sinnarajah
    • Sai Yiu Duncan HoYongbin WeiRagulan Sinnarajah
    • H04Q732
    • H04W76/28H04W36/06H04W52/0274Y02D70/1222Y02D70/25
    • Methods and apparatus are presented for implementing an improved Control-Hold Mode that reduces the load of the reverse link and reduces the battery consumption of remote stations. While a remote station is in the improved Control-Hold Mode, the circuitry that monitors the forward packet data channels and the associated control channels are turned off. Since the forward packet data channels and their associated control channels are not monitored, the operations of the reverse channels can be gated off to predetermined duty cycles, or set on intermittent transmission modes, or shut down completely. Transitions from the Control-Hold Mode to the Active Mode can be initiated by the remote station or by a base station. When a transition is initiated by a remote station, the remote station transmits a signaling message to a serving base station and then starts operating the feedback channels before actually receiving forward link signals.
    • 提出了实现改进的控制保持模式的方法和装置,其减少了反向链路的负载并且减少了远程站的电池消耗。 当远程站处于改进的控制保持模式时,监视前向分组数据信道和相关控制信道的电路被关闭。 由于不监视前向分组数据信道及其相关联的控制信道,反向信道的操作可以被关闭到预定的占空比,或者设置在间歇传输模式上,或完全关闭。 从控制保持模式到活动模式的转换可以由远程站或基站启动。 当由远程站发起转换时,远程站向服务基站发送信令消息,然后在实际接收前向链路信号之前开始操作反馈信道。