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    • 4. 发明授权
    • Enhanced cell scanning
    • 增强细胞扫描
    • US08311030B2
    • 2012-11-13
    • US12187912
    • 2008-08-07
    • Kiran Thakare
    • Kiran Thakare
    • H04J3/06
    • H04W48/10Y02D70/146
    • Cell scanning operations are enhanced making them more time and power efficient. A base station communicates with mobile radios in a cellular communication system. The base station transmits in a cell a known symbol sequence over a broadcast channel to permit mobiles to detect and synchronize to the base station. It transmits a time indicator indicating when the base station will transmit service information from which a mobile may determine whether the base station can provide a desired communications service. After a time period associated with the time indicator, the base station transmits the service information. A mobile radio in or near the cell scans for and detects the broadcast signal. A decoder in the mobile decodes the broadcast signal and detects a time period associated with receiving the broadcast information. Based on the time period, the decoder halts further decoding of the broadcast signal. Later, the decoder resumes decoding of the broadcast signal in accordance with the time period and acquires the broadcast information from the broadcast signal.
    • 细胞扫描操作得到增强,使其具有更多的时间和功率效率。 基站在蜂窝通信系统中与移动无线电通信。 基站通过广播信道在小区中发送已知符号序列,以允许移动台检测并同步到基站。 它发送一个时间指示符,指示基站何时发送服务信息,移动站可以从哪个服务信息确定基站是否可以提供期望的通信服务。 在与时间指示符相关联的时间段之后,基站发送服务信息。 小区内或附近的移动无线电台扫描并检测广播信号。 移动台中的解码器解码广播信号并检测与接收广播信息相关联的时间段。 基于该时间段,解码器停止广播信号的进一步解码。 随后,解码器根据时间段恢复广播信号的解码,并从广播信号获取广播信息。
    • 6. 发明授权
    • Reduction in handover interruption in wireless communication systems
    • 减少无线通信系统中的切换中断
    • US08126462B2
    • 2012-02-28
    • US12105650
    • 2008-04-18
    • Kiran Thakare
    • Kiran Thakare
    • H04Q7/20
    • H04W36/0055H04W72/0426
    • In a wireless network, a mobile station is in a serving radio link with a serving base station. A handover is desired so that the mobile station can establish a target radio link with a target base station. When the handover process is initiated, the target base station is alerted about the impending handover by the serving base station. The target base station allocates a radio resource set and provides information on the radio resource set piggy-backed onto an alert response message to the serving base station. The serving base station relays radio resource set piggy-backed onto either a handover request or response message to the mobile station. The mobile station breaks the serving radio link with the serving base station and establishes the target radio link using the radio resource set.
    • 在无线网络中,移动台处于与服务基站的服务无线电链路中。 需要进行切换,使得移动台可以与目标基站建立目标无线电链路。 当切换过程被启动时,目标基站被警告关于服务基站即将​​进行的切换。 目标基站分配无线电资源集合,并将关于无线资源集捎带的信息提供给服务基站的警报响应消息。 服务基站将携带的无线资源集中转移到移动台上的切换请求或响应消息。 移动台断开与服务基站的服务无线电链路,并使用无线资源集建立目标无线电链路。
    • 8. 发明授权
    • Logical protocol architecture for wireless metropolitan area networks
    • 无线城域网的逻辑协议架构
    • US08050219B2
    • 2011-11-01
    • US12268608
    • 2008-11-11
    • Kiran Thakare
    • Kiran Thakare
    • H04W4/00H04L12/28H04L12/56H04J3/16H04J3/22
    • H04W80/02H04W28/065H04W88/08
    • In one aspect, a new radio protocol architecture is proposed. The proposed architecture is applicable to wireless networks such as a wireless metropolitan area network (WMAN). In the new architecture, there is a clear-cut separation of control, management, and data planes. New control service access points (SAP) are introduced to allow interaction between the protocol layers of the architecture. Also, data SAPs are introduced between the protocol layers. The layer separation idea extracts the functionalities of the architecture and grouped into MAC CPS-H (common part sublayer-high) and MAC CPS-L (common part sublayer-low). Further, a new concept of “control information base” (CIB) is introduced.
    • 在一个方面,提出了一种新的无线电协议架构。 所提出的架构适用于无线城域网(WMAN)等无线网络。 在新架构中,控制,管理和数据平面分离明显。 引入新的控制服务接入点(SAP)以允许架构的协议层之间的交互。 此外,在协议层之间引入数据SAP。 层分离思想提取了架构的功能,并分组成MAC CPS-H(公共部分子层高)和MAC CPS-L(公共部分子层低)。 此外,引入了“控制信息库”(CIB)的新概念。