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    • 5. 发明申请
    • METHOD FOR OPTIMIZATION OF Q-FILTER KERNEL PARAMETERS
    • Q过滤器KERNEL参数优化方法
    • WO2006088569A2
    • 2006-08-24
    • PCT/US2006000438
    • 2006-01-05
    • MOTOROLA INCXIAO WEIMINMOHAMED MAGDI A
    • XIAO WEIMINMOHAMED MAGDI A
    • G06F17/10
    • H03H17/0261H03H17/0294
    • A Q-Filter is a reconfigurable technique that performs a continuum of linear and nonlinear filtering operations. It is modeled by unique mathematical structure, utilizing a function called the Q-Measure, defined using a set of adjustable kernel parameters to enable efficient hardware and software implementations of a variety of useful, new and conventional, filtering operations. The Q-Measure is based on an extension of the well-known Sugeno ?-Measure. In order to optimize the Q-Filter kernel parameters, the value of an error function is minimized. The error function is based on difference between the filtered signal and target signal, with the target signal being a desired result of filtering.
    • Q滤波器是一种可重构技术,可执行线性和非线性滤波操作的连续性。 它由独特的数学结构建模,利用称为Q-Measure的功能,使用一组可调内核参数定义,以实现各种有用的,新的和常规的过滤操作的高效硬件和软件实现。 Q-Measure基于着名的Sugeno?-Measure的扩展。 为了优化Q-Filter内核参数,误差函数的值被最小化。 误差函数基于滤波信号和目标信号之间的差异,目标信号是期望的滤波结果。
    • 9. 发明申请
    • METHOD AND APPARATUS FOR UPLINK POWER CONTROL IN A FREQUENCY DIVISION MULTIPLE ACCESS COMMUNICATION SYSTEM
    • 频段多通道通信系统中上行电源控制的方法与装置
    • WO2007149616A3
    • 2008-11-06
    • PCT/US2007065578
    • 2007-03-30
    • MOTOROLA INCXIAO WEIMINGHOSH AMITAVARATSUK RAPEEPAT
    • XIAO WEIMINGHOSH AMITAVARATSUK RAPEEPAT
    • H04B7/00H04B17/00
    • H04W52/146H04W52/265
    • A communication system (100) optimizes cell edge performance and spectral efficiency by determining an adaptive power control parameter based on system performance metrics measured by a serving Node B (111) and further measured, and reported to the serving Node B, by neighboring Node B's (110, 112). The adaptive power control parameter is then used to determine an uplink transmit power of a user equipment (UE) (101-104) served by the serving Node B. The uplink transmit power may be determined by the Node B and then conveyed to the UE, or the Node B may broadcast the adaptive power control parameter to the UE and the UE may self-determine the uplink transmit power. In addition, as a frequency reuse factor of one has been proposed for such communication systems, interference levels may be further improved by employment of an intra-site interference cancellation scheme in the sectors serviced by the Node B.
    • 通信系统(100)通过基于由服务节点B(111)测量的系统性能度量来确定自适应功率控制参数来优化小区边缘性能和频谱效率,并进一步测量并由相邻节点B向服务节点B报告 (110,112)。 自适应功率控制参数然后用于确定由服务节点B服务的用户设备(UE)(101-104)的上行链路发射功率。上行链路发射功率可以由节点B确定,然后传送给UE ,或者节点B可以向UE广播自适应功率控制参数,并且UE可以自行确定上行链路发射功率。 另外,由于已经为这种通信系统提出了一种频率复用因子,所以通过在由节点B服务的扇区中采用站内干扰消除方案,可以进一步提高干扰水平。