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    • 11. 发明申请
    • EQUALIZERS FOR LAYERED MODULATED AND OTHER SIGNALS
    • 用于层状调制和其他信号的均衡器
    • US20090175327A1
    • 2009-07-09
    • US12404253
    • 2009-03-13
    • Ernest C. ChenTung-sheng LinWeizheng WangWilliam C. Lindsey
    • Ernest C. ChenTung-sheng LinWeizheng WangWilliam C. Lindsey
    • H04L27/01
    • H04L27/3488H04L25/03019H04L2025/03401H04L2025/0342H04L2025/0349
    • A method and apparatus for equalizing digital data signals is disclosed. The method comprises the steps of demodulating and decoding an input signal having input data to produce a data output, remodulating the data output to produce a training sequence including an idealized input signal, wherein the training sequence is comprised of adjacent symbols in the input data, and generating equalizer parameters from the training sequence. The apparatus comprises a demodulator (for demodulating an input signal to produce a data output), a modulator communicatively coupled to the demodulator (for remodulating the data output to produce a training sequence including an idealized input signal wherein the training sequence is comprised of adjacent symbols in the input data), and a parameter generation module communicatively coupled to the modulator (for generating equalizer parameters from the training sequence).
    • 公开了一种用于均衡数字数据信号的方法和装置。 该方法包括以下步骤:解调和解码具有输入数据的输入信号以产生数据输出,重新调制数据输出以产生包括理想化输入信号的训练序列,其中训练序列由输入数据中的相邻符号组成, 并从训练序列生成均衡器参数。 该装置包括解调器(用于解调输入信号以产生数据输出),通信地耦合到解调器的调制器(用于重新调制数据输出以产生包括理想化输入信号的训练序列,其中训练序列由相邻符号组成 在输入数据中)以及通信地耦合到调制器的参数生成模块(用于从训练序列生成均衡器参数)。
    • 12. 发明授权
    • Unblind equalizer architecture for digital communication systems
    • 用于数字通信系统的无盲均衡器架构
    • US07483505B2
    • 2009-01-27
    • US10691032
    • 2003-10-22
    • Weizheng W. WangTung-Sheng LinErnest C. ChenWilliam C. Lindsey
    • Weizheng W. WangTung-Sheng LinErnest C. ChenWilliam C. Lindsey
    • H04B1/10
    • H04B7/18515
    • A method and apparatus for equalizing digital data signals is disclosed. The method comprises the steps of demodulating and decoding an input signal having input data to produce a data output, remodulating the data output to produce a pseudo-training sequence including an idealized input signal, and generating equalizer parameters from the pseudo-training sequence. The apparatus comprises a demodulator for demodulating an input signal to produce a data output, a modulator, communicatively coupled to the demodulator, for remodulating the data output to produce a pseudo-training sequence including an idealized input signal, and a parameter generation module, communicatively coupled to the modulator for generating equalizer parameters from the pseudo-training sequence.
    • 公开了一种用于均衡数字数据信号的方法和装置。 该方法包括以下步骤:解调和解码具有输入数据的输入信号以产生数据输出,重新调制数据输出以产生包括理想化输入信号的伪训练序列,以及从伪训练序列生成均衡器参数。 该装置包括用于解调输入信号以产生数据输出的解调器,通信地耦合到解调器的调制器,用于重新调制数据输出以产生包括理想化输入信号的伪训练序列和参数生成模块,通信地 耦合到用于从伪训练序列产生均衡器参数的调制器。
    • 14. 发明授权
    • Method of stretching an upper about the vamp of a last
    • 拉伸最后一个鞋面的方法
    • US4184219A
    • 1980-01-22
    • US932581
    • 1978-08-10
    • William C. Lindsey
    • William C. Lindsey
    • A43D21/00A43D13/00A43D21/16
    • A43D21/16A43D13/00
    • A method for stretching an upper mounted on a last about the vamp of the last while the last is supported bottom-down. The last has a throat between the tops of its toe and cone portions that is bridged by the upper with the upper being spaced from the throat above the throat. The upper margin is gripped toewardly of the throat by toe pincers and heelwardly of the throat by ball pincers. The ball pincers are then moved towards the toe pincers to cause the upper above the throat to buckle into the throat and bear against the throat after which the last is raised to effect the stretching of the upper about the vamp of the last.
    • 一种用于在最后一个被支撑在底部下方的情况下拉伸最后安装在最后一个鞋面上的鞋面的方法。 最后一个在其脚趾的顶部和由上部桥接的锥部之间具有喉部,上部与喉部上方的喉部间隔开。 上缘通过趾部钳子和喉咙的后跟通过球钳夹在喉咙附近。 然后将球钳朝向脚趾钳移动,使喉咙上方的上方扣入喉咙,并靠在喉咙上,在此之后,最后一次被抬起,以使最后一个鞋面的鞋面伸展。