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    • 132. 发明申请
    • INTER-CELL INTERFERENCE CANCELLATION FRAMEWORK
    • 内部干扰消除框架
    • WO2010005639A2
    • 2010-01-14
    • PCT/US2009/045195
    • 2009-05-26
    • QUALCOMM INCORPORATEDBUDIANU, Petru, C.PALANKI, Ravi
    • BUDIANU, Petru, C.PALANKI, Ravi
    • H04B15/00
    • H04L1/1812H04L5/006H04L25/03006
    • Communication techniques enable efficient communication to an UE (User Equipment) that is subject to a dominant interference signal that is transmitted by a different base station. Disclosed interference cancellation techniques, both UE-centric and network-centric, are suitable to this situation. These techniques are particularly advantageous when undesirable or difficult to introduce changes in the physical (PHY) and medium access control (MAC) layers at the existing base stations. UE-centric framework refers to an approach largely implemented by UEs to include pico or femto cells. Network-centric framework closed-loop coordination between base stations and UEs mitigate interference thereby improving network performance. In particular, an interfering base-station can help a "victim" UE by adjusting downlink pilot and control power and to adjust traffic data rates responsive to information that the "victim" UEs provide, including information about the interfering link and performance of the cancellation itself sent over the air or using the backhaul.
    • 通信技术使得能够经受由不同基站发送的主要干扰信号的UE(用户设备)的有效通信。 以网络为中心的以网络为中心的公开的干扰消除技术适用于这种情况。 当在现有基站的物理(PHY)和介质访问控制(MAC)层中引入改变时,这些技术是特别有利的。 以UE为中心的框架是指由UE主要实现的包括微微或毫微微小区的方法。 以网络为中心的基站与UE之间的闭环协调减轻了干扰,从而提高了网络性能。 特别地,干扰基站可以通过调整下行链路导频和控制功率来帮助“受害者”UE,并且响应于“受害者”提供的信息来调整业务数据速率,包括关于干扰链路的信息和取消的性能 本身已经空运或使用回程。
    • 133. 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
    • WO2009143382A2
    • 2009-11-26
    • PCT/US2009/044909
    • 2009-05-21
    • QUALCOMM INCORPORATEDBHATTAD, KapilPALANKI, Ravi
    • BHATTAD, KapilPALANKI, Ravi
    • H04W72/00
    • H04W72/0406H04W72/0413H04W92/20
    • 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。
    • 136. 发明申请
    • METHOD AND APPARATUS FOR ACHIEVING FLEXIBLE BANDWIDTH USING VARIABLE GUARD BANDS
    • 使用可变保护卡实现柔性带宽的方法和装置
    • WO2007050921A2
    • 2007-05-03
    • PCT/US2006/042055
    • 2006-10-27
    • QUALCOMM IncorporatedKHANDEKAR, AamodPALANKI, Ravi
    • KHANDEKAR, AamodPALANKI, Ravi
    • H04L27/26
    • H04L5/0044H04L5/0007H04L5/0048H04L5/0053H04L27/2602H04L27/2613H04L27/2626H04L27/2666
    • Techniques to flexibly support different bandwidths in a wireless communication system are described. The system supports a configurable operating bandwidth using a fixed design bandwidth and variable guard bands. Values for various parameters such as fast Fourier transform (FFT) size, cyclic prefix length, and sample rate may be selected based on the design bandwidth. The design bandwidth may be associated with K total subcarriers. Different operating bandwidths may be supported by selecting different numbers of usable subcarriers. A transmitter and a receiver may perform processing for a transmission using the same FFT size, cyclic prefix length, and sample rate regardless of the selected operating bandwidth. The system may use different operating bandwidths and/or different parameter values (e.g., FFT sizes) for different portions of a transmission, e.g., a preamble and a main body of the transmission.
    • 描述了在无线通信系统中灵活地支持不同带宽的技术。 该系统使用固定设计带宽和可变保护频段来支持可配置的工作带宽。 可以基于设计带宽来选择诸如快速傅立叶变换(FFT)大小,循环前缀长度和采样率等各种参数的值。 设计带宽可以与K个总副载波相关联。 可以通过选择不同数量的可用子载波来支持不同的工作带宽。 发射机和接收机可以使用相同的FFT大小,循环前缀长度和采样率来执行用于传输的处理,而与所选择的操作带宽无关。 系统可以对传输的不同部分(例如,前导码和传输的主体)使用不同的操作带宽和/或不同的参数值(例如,FFT大小)。