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    • 61. 发明授权
    • Dynamic ASBR scheduler
    • 动态ASBR调度程序
    • US07680475B2
    • 2010-03-16
    • US11147808
    • 2005-06-07
    • Tingfang JiEdward Harrison TeagueDavid Jonathan Julian
    • Tingfang JiEdward Harrison TeagueDavid Jonathan Julian
    • H04W4/00
    • H04W72/1231H04B2201/70702H04B2201/709709H04W72/082H04W72/1257
    • Systems and methodologies are described that facilitate dynamically scheduling frequency sets for reuse by user devices to reduce inter-cell interference by evaluating an overall scheduling metric for each user device in a wireless communication region. The overall scheduling metric can be evaluated by determining a fairness metric for each user device in a wireless communication region, an overall channel peak desirability metric for each user device, and a channel delay desirability metric for each user device. The overall scheduling metric can be the product of the fairness metric and one or more of the overall channel peak desirability metric and the channel delay desirability metric. A user device with a highest overall scheduling metric score for a given round of dynamic scheduling can be awarded a frequency set.
    • 描述了系统和方法,其促进动态地调度频率集合以供用户设备重用以通过评估无线通信区域中的每个用户设备的总体调度度量来减小小区间干扰。 可以通过确定无线通信区域中的每个用户设备的公平度量,每个用户设备的整体信道峰值期望度量以及每个用户设备的信道延迟期望度量来评估总体调度度量。 总体调度度量可以是公平度量和总信道峰值期望度量和信道延迟期望度量的一个或多个的乘积。 对于给定的一轮动态调度,具有最高总体调度度量得分的用户设备可以被授予频率集。
    • 62. 发明申请
    • FAST SQUARE ROOT ALGORITHM FOR MIMO EQUALIZATION
    • 用于MIMO均衡的快速平方根算法
    • US20080298452A1
    • 2008-12-04
    • US12041616
    • 2008-03-03
    • Hemanth SampathDhananjay Ashok GoreEdward Harrison Teague
    • Hemanth SampathDhananjay Ashok GoreEdward Harrison Teague
    • H04L27/01
    • H04B7/0413H04L2025/03414H04L2025/03426H04L2025/03605
    • Systems and methodologies are described that facilitate equalization of received signals in a wireless communication environment. Using multiple transmit and/or receive antennas and MIMO technology, multiple data streams can be transmitted within a single tone. During equalization, receivers can separate data received within a tone into individual data streams. The equalization process generally is computationally expensive. Equalizer functions include the inverse operation, which can be computed using the fast square root method; however, the fast square root method involves large numbers of computations for a set of matrices, where the size of a matrix in the set of matrices increases with the number of transmit or receive antennas. Utilizing a modification of the fast square root method, a subset of the elements of the matrices can be selected and updated to reduce the number and/or complexity of computations.
    • 描述了促进无线通信环境中的接收信号的均衡的系统和方法。 使用多个发射和/或接收天线和MIMO技术,可以在单个音调内传输多个数据流。 在均衡期间,接收机可以将音调内接收到的数据分离为单独的数据流。 均衡过程通常在计算上是昂贵的。 均衡器功能包括逆运算,可以使用快速平方根法计算; 然而,快速平方根方法涉及对于一组矩阵的大量计算,其中矩阵集合中的矩阵的大小随着发射或接收天线的数量而增加。 利用快速平方根方法的修改,可以选择和更新矩阵元素的子集,以减少计算的数量和/或复杂度。
    • 67. 发明申请
    • Methods and Apparatus for Reverse Link Timing Correction
    • 反向链路时序校正的方法和装置
    • US20100074219A1
    • 2010-03-25
    • US12234990
    • 2008-09-22
    • Edward Harrison TeagueDhananjay Ashok Gore
    • Edward Harrison TeagueDhananjay Ashok Gore
    • H04Q7/00
    • H04W56/004H04W36/00
    • Methods and apparatus for reverse link timing correction in a wireless communication device. In particular, when a handoff of the device from a first sector currently serving the device to a second sector not currently serving the device is detected, a first function linking timing correction of a reverse link of the device to forward link timing corrections is changed to a second function for timing correction. In particular, the second function is configured to correct reverse link timing during a time period of either during or for a predetermined period after a handoff of the device from the first sector to the second sector, where the second function is based on a criterion different from criteria of the first function.
    • 无线通信设备中反向链路定时校正的方法和装置。 特别地,当检测到设备从当前正在服务于设备的第一扇区到当前不在该设备服务的第二扇区的切换时,将设备的反向链路的定时校正链接到转发链路定时校正的第一功能改变为 用于定时校正的第二功能。 特别地,第二功能被配置为在设备从第一扇区切换到第二扇区之后的预定时段期间或在预定时段期间的时间段期间校正反向链路定时,其中第二功能基于不同的标准 从第一个功能的标准。
    • 68. 发明申请
    • DYNAMIC IoT SETPOINTS AND INTERFERENCE CONTROL
    • 动态设计点和干扰控制
    • US20100029211A1
    • 2010-02-04
    • US12183957
    • 2008-07-31
    • Edward Harrison Teague
    • Edward Harrison Teague
    • H04B1/00
    • H04W52/243H04B17/345H04W72/082
    • Reverse link interference can be controlled by utilizing a dynamic and changeable IoT setpoint, which is a quantitative measurement of total interference received at a base station. The interference can occur when a mobile device in an adjacent sector is communicating over the reverse link. The IoT setpoint can be changed based on conditions occurring in the sector and/or scheduling information for the future. A fast up indicator (Up+) can be transmitted for reverse link interference, which allows the receiving device to take advantage of the fact that additional interference created will not affect the sector. An interference control action can be transmitted in an Other Sector Interference Bit (OSIB) channel over the air or over the backhaul. The interference control action can be determined as a function of the dynamic IoT setpoint.
    • 可以通过利用动态和可变的IoT设定点来控制反向链路干扰,该设定点是在基站处接收到的总干扰的定量测量。 当相邻扇区中的移动设备通过反向链路进行通信时,可能发生干扰。 可以基于在扇区中发生的条件和/或将来的调度信息来改变IoT设定点。 可以发送快速向上指示符(Up +)用于反向链路干扰,这允许接收设备利用创建的附加干扰不会影响扇区的事实。 干扰控制动作可以在空中或通过回程的其他扇区干扰位(OSIB)信道中传输。 可以根据动态IoT设定值来确定干扰控制动作。
    • 70. 发明授权
    • Rake receiver for tracking closely spaced multipath
    • 用于跟踪紧密间隔的多路径的耙式接收器
    • US07190750B2
    • 2007-03-13
    • US10086574
    • 2002-02-28
    • Edward Harrison TeagueMessay AmergaJeremy LinDa-shan Shiu
    • Edward Harrison TeagueMessay AmergaJeremy LinDa-shan Shiu
    • H04B7/10
    • H04B1/7117
    • Techniques for tracking closely spaced multipath and preventing finger merge without monitoring relative positions between each of a plurality of fingers are disclosed. In one aspect, motion limits are determined for each finger. Time-tracking commands that would move the position of a finger outside its respective motion limits are suppressed. In another aspect, motion limits are updated dynamically, the motion limits of each finger determined in accordance with the motion limits of fingers adjacent to it. Various other aspects are also presented. These aspects have the benefit of preventing finger merge, which allows the allocation of multiple fingers to closely spaced multipath, thus increasing performance and system capacity, and mitigating misallocation of system resources.
    • 公开了用于跟踪紧密间隔的多路径并防止手指合并而不监视多个手指之间的相对位置的技术。 在一个方面,为每个手指确定运动限制。 可以抑制将手指位置移动超过其各自运动极限的时间跟踪命令。 在另一方面,运动限制被动态地更新,每个手指的运动限制根据与其相邻的手指的运动限制确定。 还提出了各种其他方面。 这些方面具有防止手指合并的优点,这允许将多个指状物分配到紧密间隔的多路径,从而提高性能和系统容量,并减轻系统资源的未分配。