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    • 7. 发明授权
    • Systems and methods for updating detector parameters in a data processing circuit
    • 用于更新数据处理电路中检测器参数的系统和方法
    • US08578253B2
    • 2013-11-05
    • US12651956
    • 2010-01-04
    • Shaohua YangJonseung ParkChangyou XuMadhusudan KalluriYuan Xing LeeKapil Gaba
    • Shaohua YangJonseung ParkChangyou XuMadhusudan KalluriYuan Xing LeeKapil Gaba
    • H03M13/00
    • H03M13/1111G11B2220/2516H03M13/3723
    • Various embodiments of the present invention provide systems and methods for updating detector parameters in a data processing circuit. For example, a data processing circuit is disclosed that includes a first detector circuit, a second detector circuit, and a calibration circuit. The first detector circuit is operable to receive a first data set and to apply a data detection algorithm to the first data set, and the second detector circuit is operable to receive a second data set and to apply the data detection algorithm to the second data set. The calibration circuit is operable to calculate a data detection parameter based upon a third data set. The data detection parameter is used by the first detector circuit in applying the data detection algorithm to the first data set during a period that the data detection parameter is used by the second detector circuit in applying the data detection algorithm to the second data set.
    • 本发明的各种实施例提供用于在数据处理电路中更新检测器参数的系统和方法。 例如,公开了一种包括第一检测器电路,第二检测器电路和校准电路的数据处理电路。 第一检测器电路可操作以接收第一数据集并将数据检测算法应用于第一数据集,并且第二检测器电路可操作以接收第二数据集并将数据检测算法应用于第二数据集 。 校准电路可操作以基于第三数据集计算数据检测参数。 数据检测参数由第一检测器电路在将数据检测算法应用于第二数据集时由第二检测器电路使用的时段期间将数据检测算法应用于第一数据集使用。
    • 10. 发明授权
    • Reconfigurable cyclic shifter arrangement
    • 可重构循环移位器排列
    • US08768990B2
    • 2014-07-01
    • US13294332
    • 2011-11-11
    • Kiran GunnamMadhusudan Kalluri
    • Kiran GunnamMadhusudan Kalluri
    • G06F5/01
    • G06F5/017
    • In one embodiment, a reconfigurable cyclic shifter arrangement has first and second reconfigurable cyclic shifters connected in series that are each selectively and independently configurable to operate in any one of three different modes at a time. In a first mode, the reconfigurable cyclic shifter is configured as four 4×4 cyclic shifters to cyclically shift four sets of four input values. In a second mode, the reconfigurable cyclic shifter is configured as two 8×8 cyclic shifters to cyclically shift two sets of eight input values. In a third mode, the reconfigurable cyclic shifter is configured as one 16×16 cyclic shifter to cyclically shift one set of 16 input values. Because the first and second reconfigurable cyclic shifters are independently configurable, there are nine different configurations of the reconfigurable cyclic shifter arrangement.
    • 在一个实施例中,可重构循环移位器装置具有串联连接的第一和第二可重构循环移位器,每个可选择性循环移位器可选择性地和独立地配置为一次以三种不同模式中的任何一种运行。 在第一模式中,可重构循环移位器被配置为四个4×4循环移位器循环移位四组四个输入值。 在第二模式中,可重构循环移位器被配置为两个8×8循环移位器,以循环移位两组八个输入值。 在第三模式中,可重构循环移位器被配置为一个16×16循环移位器,以循环移位一组16个输入值。 因为第一和第二可重构循环移位器是可独立配置的,所以可重构循环移位器装置有九种不同的配置。