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    • 2. 发明申请
    • Multiple mode data communication system and method and forward and/or reverse link control channel structure
    • 多模式数据通信系统和方法以及前向和/或反向链路控制信道结构
    • US20070165667A1
    • 2007-07-19
    • US11645608
    • 2006-12-27
    • Srinivas KadabaFarooq KhanEshwar PittampalliAshok RudrapatnaGanapathy SundaramSubramanian VasudevanYunsong Yang
    • Srinivas KadabaFarooq KhanEshwar PittampalliAshok RudrapatnaGanapathy SundaramSubramanian VasudevanYunsong Yang
    • H04J3/22H04L12/56H04L12/413H04L12/28H04J3/16
    • H04W74/02H04L1/0002H04L1/1819H04L1/1845
    • A multiple mode data communication system and method provides the flexibility to schedule wireless unit transmissions and/or allow the wireless unit to transmit autonomously. In certain embodiments, the wireless units can transmit autonomously and/or use scheduling depending on the data rate, the length of the data packet or the type of data. For example, the wireless units can transmit autonomously at lower data rates and use scheduling at higher data rates. Thus, the multiple mode system enables wireless unit transmissions to be scheduled and/or be transmit autonomously, and wireless units can simultaneously operate in different scheduling and/or autonomous modes. Depending on the embodiment, the system can provide even greater flexibility in operation by permitting wireless units to be scheduled by a single base station, scheduled by a multiplicity of base stations simultaneously or otherwise, via coordination between base stations, scheduled by a multiplicity of base stations in an uncoordinated and asynchronous manner, allowed to transmit autonomously, and/or allowed to transmit autonomously under base station supervision (i.e. rate control/adjustment by the base station). Additionally, a forward and/or reverse link control channel structure is provided which can be used to implement the multiple mode data communication system and/or support various features enabling increased throughput over a shared data channel in a wireless communications system.
    • 多模式数据通信系统和方法提供了调度无线单元传输和/或允许无线单元自主传输的灵活性。 在某些实施例中,无线单元可以根据数据速率,数据分组的长度或数据类型自主地传输和/或使用调度。 例如,无线单元可以以较低的数据速率自主传输,并以更高的数据速率使用调度。 因此,多模式系统使得能够自主地调度和/或发送无线单元传输,并且无线单元可以以不同的调度和/或自主模式同时操作。 根据实施例,系统可以通过允许由多个基站同时或以其他方式调度的单个基站来调度无线单元,从而通过基站之间的协调,由多个基站调度来提供更大的灵活性 站点以不协调和异步的方式允许自主传输和/或允许在基站监督下自主传输(即基站的速率控制/调整)。 另外,提供了可以用于实现多模式数据通信系统和/或支持各种特征的前向和/或反向链路控制信道结构,从而能够在无线通信系统中的共享数据信道上实现增加的吞吐量。
    • 5. 发明申请
    • Method for identifying walsh code space
    • 识别沃尔什码空间的方法
    • US20050007974A1
    • 2005-01-13
    • US10386173
    • 2003-07-07
    • Subramanian VasudevanYunsong Yang
    • Subramanian VasudevanYunsong Yang
    • H04J11/00
    • H04J13/0048H04J13/18
    • A method of identifying the available Walsh code space. The method includes at least one wireless unit receiving a Walsh code-based signal. The Walsh code-based signal may be transmitted by a base station, for example. The Walsh code-based signal may be realized by 13 bits, for example, corresponding to indices in a look-up table within the mobile unit that should not be employed. Thereafter, the wireless unit may determine the remaining Walsh code space. This determination step may include ascertaining which indices in the look-up table are relevant, and thusly, removing irrelevant indices. Subsequently, the step of determining the remaining Walsh code space may include examining the Walsh Table ID signal received from the base station to identify the remaining Walsh codes space.
    • 一种识别可用沃尔什码空间的方法。 该方法包括接收基于沃尔什码的信号的至少一个无线单元。 例如,基于沃尔什码的信号可以由基站发送。 基于沃尔什码的信号可以通过13比特来实现,例如,对应于不应该使用的移动单元内的查找表中的索引。 此后,无线单元可以确定剩余的沃尔什码空间。 该确定步骤可以包括确定查找表中的哪些索引是相关的,并因此去除不相关的索引。 随后,确定剩余沃尔什码空间的步骤可以包括检查从基站接收的沃尔什表ID信号以识别剩余的沃尔什码空间。
    • 8. 发明授权
    • Performing network control at active base transceiver stations and a base station controller
    • 在有源基站和基站控制器上执行网络控制
    • US07352717B2
    • 2008-04-01
    • US10158219
    • 2002-05-31
    • Douglas N. KniselyDavid Albert RossettiSubramanian VasudevanYunsong Yang
    • Douglas N. KniselyDavid Albert RossettiSubramanian VasudevanYunsong Yang
    • H04Q7/00
    • H04W36/18H04W36/30Y02D70/00
    • A method for performing network control in wireless communication systems and a network entity for performing the same. The method and network entity pool at least one network parameter at the network entity, from at least two active set base transceiver stations and determine a current status of a mobile in the wireless communication system, using the pooled network parameters. The active set base transceiver stations may include a serving base transceiver station and a target base transceiver station. The network parameter may be a confidence metric and/or an error metric for each of a plurality of hypotheses, a power up/power down signal, and/or a measured signal-to-noise ratio and/or energy parameter of a pilot signal from the mobile. The current status of the mobile to be determined may be the mobile's decision to switch to the target base transceiver station transceiver or which base transceiver station transceiver the mobile is currently communication with. The network entity may be a base station controller or a base transceiver station in the active set of base transceiver station transceivers for the mobile in question.
    • 一种用于在无线通信系统中执行网络控制的方法和用于执行其的网络实体。 所述方法和网络实体从所述网络实体至少两个活动集合的基站收发台池中至少一个网络参数池,并使用所述池化的网络参数来确定所述无线通信系统中的移动站的当前状态。 主动集群收发台可以包括服务基站收发台和目标基站收发台。 网络参数可以是导频信号中的多个假设,上电/掉电信号和/或测量的信噪比和/或能量参数中的每一个的置信度量度和/或误差量度 从手机。 要确定的移动台的当前状态可以是移动台决定切换到目标基站收发信机或移动台当前正在通信的基站收发信机。 网络实体可以是用于所讨论的移动台的基站收发器收发器的有源集合中的基站控制器或基站收发器。