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    • 2. 发明申请
    • DATA TRANSMISSION WITH CROSS-SUBFRAME CONTROL IN A WIRELESS NETWORK
    • 在无线网络中具有跨子帧控制的数据传输
    • WO2010141912A3
    • 2011-07-14
    • PCT/US2010037534
    • 2010-06-04
    • QUALCOMM INCPALANKI RAVIKHANDEKAR AAMOD DINKARBHATTAD KAPIL
    • PALANKI RAVIKHANDEKAR AAMOD DINKARBHATTAD KAPIL
    • H04L5/00
    • H04L5/0091H04L5/0053H04L5/0055Y02D70/12Y02D70/122Y02D70/124Y02D70/126Y02D70/14
    • Techniques for supporting communication in dominant interference scenarios are described. In an aspect, communication in a dominant interference scenario may be supported with cross-subframe control. Different base stations may be allocated different subframes for sending control information. Each base station may send control messages in the subframes allocated to that base station. Different base stations may have different timelines for sending control messages due to their different allocated subframes. With cross-subframe control, control information (e.g., grants, acknowledgement, etc.) may be sent in a first subframe and may be applicable for data transmission in a second subframe, which may be a variable number of subframes from the first subframe. In another aspect, messages to mitigate interference may be sent on a physical downlink control channel (PDCCH).
    • 描述了在主要干扰场景中支持通信的技术。 在一方面,可以通过跨子帧控制来支持主要干扰场景中的通信。 可以为不同的基站分配不同的子帧以发送控制信息。 每个基站可以在分配给该基站的子帧中发送控制消息。 不同的基站可能具有不同的时间线,用于由于其不同的分配子帧而发送控制消息。 利用跨子帧控制,可以在第一子帧中发送控制信息(例如,授权,确认等),并且可以适用于第二子帧中的数据传输,其可以是来自第一子帧的可变数量的子帧。 在另一方面,可以在物理下行链路控制信道(PDCCH)上发送用于减轻干扰的消息。
    • 3. 发明申请
    • SYSTEM AND METHOD TO ENABLE RESOURCE PARTITIONING IN WIRELESS NETWORKS
    • 在无线网络中实现资源分配的系统和方法
    • WO2009143384A3
    • 2010-08-19
    • PCT/US2009044912
    • 2009-05-21
    • QUALCOMM INCBHATTAD KAPILPALANKI RAVI
    • BHATTAD KAPILPALANKI RAVI
    • H04W72/00
    • H04L5/0073H04L1/0001H04L1/1867H04L5/0053H04W28/04H04W28/18H04W72/0406H04W72/082
    • Systems and methodologies are described that facilitate improved resource partitioning and interference management in a wireless communication system. Techniques are described herein for the transmission and use of various types of signaling, such as Access Request commands, Reverse Link Special Resource Utilization Message (R-SRUM) signaling, Forward Link Special Resource Utilization Message (F-SRUM) signaling, and the like, for managing interference associated with range extension, restricted association networks, and other jamming scenarios. As described herein, downlink resource coordination and interference management are accomplished through the use of Access Request or R-SRUM signaling conducted in a unicast or broadcast fashion, and uplink resource coordination and interference management are accomplished through the use of F-SRUM signaling. As further described herein, a clean communication channel such as a Low Reuse Preamble (LRP) channel can be utilized for interference management signaling and/or leveraged for determining timing of various signaling messages.
    • 描述了有助于在无线通信系统中改进资源划分和干扰管理的系统和方法。 本文描述了用于传输和使用各种类型的信令的技术,诸如接入请求命令,反向链路特殊资源利用消息(R-SRUM)信令,前向链路特殊资源利用消息(F-SRUM)信令等等 用于管理与范围扩展相关的干扰,受限关联网络和其他干扰场景。 如本文所述,通过使用以单播或广播方式进行的接入请求或R-SRUM信令来实现下行链路资源协调和干扰管理,并且通过使用F-SRUM信令来实现上行链路资源协调和干扰管理。 如本文进一步描述的,诸如低重用前导码(LRP)信道的干净通信信道可以用于干扰管理信令和/或用于确定各种信令消息的定时。
    • 10. 发明申请
    • SYNCHRONOUS TDM-BASED COMMUNICATION IN DOMINANT INTERFERENCE SCENARIOS
    • 同步TDM为基础的通信在主要干扰情景
    • WO2010006285A3
    • 2010-05-27
    • PCT/US2009050289
    • 2009-07-10
    • QUALCOMM INCBHATTAD KAPILPALANKI RAVI
    • BHATTAD KAPILPALANKI RAVI
    • H04W72/08
    • H04W72/082H04J3/02H04J11/005H04J11/0069H04W16/14H04W16/32
    • Techniques for supporting communication in a heterogeneous network are described. In an aspect, communication in a dominant interference scenario may be supported by reserving subframes for a weaker base station observing high interference from a strong interfering base station. In another aspect, interference due to a first reference signal from a first station (e.g., a base station) may be mitigated by canceling the interference at a second station (e.g., a UE) or by selecting different resources for sending a second reference signal by the second station (e.g., another base station) to avoid collision with the first reference signal. In yet another aspect, a relay may transmit in an MBSFN mode in subframes that it listens to a macro base station and in a regular mode in subframes that it transmits to UEs. In yet another aspect, a station may transmit more TDM control symbols than a dominant interferer.
    • 描述了用于支持异构网络中的通信的技术。 在一个方面,可以通过保留用于观察来自强干扰基站的高干扰的较弱基站的子帧来支持主导干扰场景中的通信。 在另一方面,可以通过消除第二站(例如,UE)处的干扰或通过选择用于发送第二参考信号的不同资源来减轻由来自第一站(例如,基站)的第一参考信号引起的干扰 由第二站(例如,另一个基站)避免与第一参考信号冲突。 在又一个方面中,中继站可以在MBSFN模式中在其监听宏基站的子帧中以及在其发送给UE的子帧中以常规模式进行传送。 在又一方面,站点可以传输比主要干扰源更多的TDM控制符号。