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    • 1. 发明授权
    • Guard independent signal mapping
    • 保卫独立信号映射
    • US08837609B2
    • 2014-09-16
    • US12446701
    • 2007-10-23
    • Ravi PalankiMichael Mao Wang
    • Ravi PalankiMichael Mao Wang
    • H04L27/28H04L5/02H04L27/26H04B7/04
    • H04L27/261H04B7/04H04L5/023H04L27/2602
    • Systems and methodologies are described that facilitate guard bandwidth independent mapping and de-mapping of bandwidth in a wireless communication system. Broadcast signals can be created as if all bandwidth were available, and guard bandwidth can be initialized over the utilized bandwidth such to puncture the data existing in the guard bandwidth. Upon decoding the broadcast signal, size of the guard bandwidth can be predetermined or estimated allowing a center portion of the signal to be decoded without decoding the guard bandwidth. In this regard, the decoder of the signal need not find exact positions of the guard bandwidth as transforming and decoding the center portion can provide a substantial portion of the signal to interpret the signal.
    • 描述了在无线通信系统中有助于保护带宽独立映射和带宽去映射的系统和方法。 可以创建广播信号,就好像所有带宽都可用,并且保护带宽可以在利用的带宽上进行初始化,以刺穿保护带宽中存在的数据。 在对广播信号进行解码时,可以预先确定或估计保护带宽的大小,从而允许对信号的中心部分进行解码而不对保护带宽进行解码。 在这方面,信号的解码器不需要找到保护带宽的精确位置,因为转换和解码中心部分可以提供信号的大部分来解释信号。
    • 3. 发明申请
    • GUARD INDEPENDENT SIGNAL MAPPING
    • GUARD独立信号映射
    • US20100014603A1
    • 2010-01-21
    • US12446701
    • 2007-10-23
    • Ravi PalankiMichael Mao Wang
    • Ravi PalankiMichael Mao Wang
    • H04L27/26H03D1/00
    • H04L27/261H04B7/04H04L5/023H04L27/2602
    • Systems and methodologies are described that facilitate guard bandwidth independent mapping and de-mapping of bandwidth in a wireless communication system. Broadcast signals can be created as if all bandwidth were available, and guard bandwidth can be initialized over the utilized bandwidth such to puncture the data existing in the guard bandwidth. Upon decoding the broadcast signal, size of the guard bandwidth can be predetermined or estimated allowing a center portion of the signal to be decoded without decoding the guard bandwidth. In this regard, the decoder of the signal need not find exact positions of the guard bandwidth as transforming and decoding the center portion can provide a substantial portion of the signal to interpret the signal.
    • 描述了在无线通信系统中有助于保护带宽独立映射和带宽去映射的系统和方法。 可以创建广播信号,就好像所有带宽都可用,并且保护带宽可以在利用的带宽上进行初始化,以刺穿保护带宽中存在的数据。 在对广播信号进行解码时,可以预先确定或估计保护带宽的大小,从而允许对信号的中心部分进行解码而不对保护带宽进行解码。 在这方面,信号的解码器不需要找到保护带宽的精确位置,因为转换和解码中心部分可以提供信号的大部分来解释信号。
    • 7. 发明授权
    • Dominant interferer indication in access probe
    • 访问探针中的主要干扰源指示
    • US09265048B2
    • 2016-02-16
    • US12483623
    • 2009-06-12
    • Ashwin SampathAamod D. KhandekarAlexei Y. GorokhovMohammad J. BorranNaga BhushanRavi Palanki
    • Ashwin SampathAamod D. KhandekarAlexei Y. GorokhovMohammad J. BorranNaga BhushanRavi Palanki
    • H04W72/08
    • H04W72/082
    • Systems and methodologies are described that facilitate indicating a dominant interferer to a target serving base station in a wireless communication environment. A mobile device can detect presence or absence of a dominant interferer. Further, an access probe that includes information related to the presence or absence of the dominant interferer can be generated. For example, the information can be included in a payload of the access probe as an explicit flag, an explicit indication of an interference level, a Channel Quality Indicator (CQI) value (e.g., reserved versus non-reserved, . . . ), etc. Moreover, the access probe can be transmitted to the target serving base station to initiate an access procedure. The target serving base station can select a time-frequency resource to be utilized for a responsive downlink transmission (e.g. access grant signal, subsequent access related message, . . . ) as a function of the information included in the access probe.
    • 描述了有助于在无线通信环境中向目标服务基站指示主要干扰源的系统和方法。 移动设备可以检测显着干扰源的存在或不存在。 此外,可以生成包括与显着干扰源的存在或不存在有关的信息的访问探针。 例如,信息可以包括在接入探测器的有效载荷中作为显式标志,干扰级别的显式指示,信道质量指示符(CQI)值(例如,保留与非保留的...), 此外,可以将接入探针发送到目标服务基站以发起接入过程。 目标服务基站可以根据包括在接入探测器中的信息来选择要用于响应下行链路传输(例如接入许可信号,后续接入相关消息,...)的时间 - 频率资源。
    • 8. 发明授权
    • Preamble design for a wireless signal
    • 无线信号的前缀设计
    • US09264976B2
    • 2016-02-16
    • US12260856
    • 2008-10-29
    • Aamod KhandekarAlexei GorokhovNaga BhushanRavi PalankiAshwin SampathAvneesh Agrawal
    • Aamod KhandekarAlexei GorokhovNaga BhushanRavi PalankiAshwin SampathAvneesh Agrawal
    • H04W48/08
    • H04W48/08
    • Providing for management of wireless communications in a heterogeneous wireless access point (AP) environment is described herein. By way of example, system data of an over-the-air message can be configured to include information identifying a distinct type of transmitting base station. In some aspects, the information can include an access type of the base station and/or a sector ID for distinguishing the base station among large numbers of other base stations. According to other aspects, the information can include wireless channel resources designated for a particular type of base station, or blanked by the transmitting base station, to facilitate interference reduction on such resources. By employing aspects of wireless communication management disclosed herein, efficient and reliable communication can be affected in large heterogeneous AP networks.
    • 本文描述了在异构无线接入点(AP)环境中的无线通信的管理。 作为示例,空中消息的系统数据可以被配置为包括标识不同类型的发送基站的信息。 在一些方面,信息可以包括基站的接入类型和/或用于区分大量其他基站中的基站的扇区ID。 根据其他方面,信息可以包括为特定类型的基站指定的无线信道资源,或者由发射基站消隐,以便于对这些资源进行干扰减少。 通过采用这里公开的无线通信管理的方面,可以在大型异构AP网络中影响高效可靠的通信。
    • 9. 发明授权
    • Data transmission via a relay station in a wireless communication system
    • 通过无线通信系统中的中继站进行数据传输
    • US09203564B2
    • 2015-12-01
    • US12580872
    • 2009-10-16
    • Ravi PalankiKapil BhattadNaga BhushanAamod D. KhandekarTingfang JiJuan Montojo
    • Ravi PalankiKapil BhattadNaga BhushanAamod D. KhandekarTingfang JiJuan Montojo
    • H04L1/18H04B7/26
    • H04L1/1867H04B7/2606
    • Techniques for supporting data transmission via a relay station are described. In an aspect, data transmission may be supported using ACK-and-suspend. A transmitter station sends a first transmission of a packet to a receiver station. The transmitter station receives no ACK information for the first transmission of the packet and suspends transmission of the packet. The transmitter station thereafter receives an indication to resume transmission of the packet and, in response, sends a second transmission of the packet. In another aspect, different ACK timeline may be used when applicable. The receiver station may send ACK information in a designated subframe if available for use or in a different subframe. In yet another aspect, ACK repetition may be used. The receiver may send ACK information in multiple subframes to facilitate reception of the ACK information when the transmitter station is unable to receive one or more of the multiple subframes.
    • 描述了通过中继站支持数据传输的技术。 在一方面,可以使用ACK和挂起来支持数据传输。 发送站发送分组的第一次发送到接收站。 发送台不接收用于分组的第一次发送的ACK信息,并且暂停分组的发送。 然后,发送站接收到恢复分组的发送的指示,并且作为响应,发送分组的第二发送。 在另一方面,当适用时可以使用不同的ACK时间线。 接收站可以在指定的子帧中发送ACK信息,如果可以使用或在不同的子帧中。 在另一方面,可以使用ACK重复。 接收机可以在多个子帧中发送ACK信息,以便当发射机站不能接收多个子帧中的一个或多个时,接收ACK信息。