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    • 13. 发明授权
    • Gain factor/matrix for whole link channel reciprocity in TDD MIMO relay system
    • TDD MIMO中继系统中全链路信道互易的增益因子/矩阵
    • US08280427B2
    • 2012-10-02
    • US12622014
    • 2009-11-19
    • Haifeng WangGang WuLihua LiLei SongPing ZhangXiafeng Tao
    • Haifeng WangGang WuLihua LiLei SongPing ZhangXiafeng Tao
    • H04Q7/20
    • H04W52/42H04W52/16
    • Measured are received power of a first signal received from a first entity, and received power of a second signal received from a second entity. A gain factor (or a matrix of gain factors if multiple antennas are used) is determined using the measured received powers of the first signal and of the second signal. If transmit power from the apparatus to the second entity is considered as the benchmark, the second signal is forwarded from the apparatus to the first entity using a second signal transmit power that is determined using the gain factor. Or, if transmit power from the apparatus to the first entity is considered as the benchmark, the first signal is forwarded from the apparatus to the second entity using a first signal transmit power that is determined using the gain factor. Method, apparatus, and memory storing computer program are detailed.
    • 测量的是从第一实体接收的第一信号的接收功率,以及从第二实体接收的第二信号的接收功率。 使用测量的第一信号和第二信号的接收功率来确定增益因子(或者如果使用多个天线的增益因子矩阵)。 如果从装置到第二实体的发射功率被认为是基准,则使用使用增益因子确定的第二信号发射功率将第二信号从装置转发到第一实体。 或者,如果从装置到第一实体的发射功率被认为是基准,则使用使用增益因子确定的第一信号发射功率将第一信号从装置转发到第二实体。 详细说明存储计算机程序的方法,装置和存储器。
    • 15. 发明申请
    • Gain Factor/Matrix for Whole Link Channel Reciprocity in TDD Mimo Relay System
    • 增益因子/矩阵,用于TDD Mimo中继系统中的整个链路信道互惠
    • US20100151793A1
    • 2010-06-17
    • US12622014
    • 2009-11-19
    • Haifeng WangGang WuLihua LiLei SongPing ZhangXiafeng Tao
    • Haifeng WangGang WuLihua LiLei SongPing ZhangXiafeng Tao
    • H04B17/00
    • H04W52/42H04W52/16
    • Measured are received power of a first signal received from a first entity, and received power of a second signal received from a second entity. A gain factor (or a matrix of gain factors if multiple antennas are used) is determined using the measured received powers of the first signal and of the second signal. If transmit power from the apparatus to the second entity is considered as the benchmark, the second signal is forwarded from the apparatus to the first entity using a second signal transmit power that is determined using the gain factor. Or, if transmit power from the apparatus to the first entity is considered as the benchmark, the first signal is forwarded from the apparatus to the second entity using a first signal transmit power that is determined using the gain factor. Method, apparatus, and memory storing computer program are detailed.
    • 测量的是从第一实体接收的第一信号的接收功率,以及从第二实体接收的第二信号的接收功率。 使用测量的第一信号和第二信号的接收功率来确定增益因子(或者如果使用多个天线的增益因子矩阵)。 如果从装置到第二实体的发射功率被认为是基准,则使用使用增益因子确定的第二信号发射功率将第二信号从装置转发到第一实体。 或者,如果从装置到第一实体的发射功率被认为是基准,则使用使用增益因子确定的第一信号发射功率将第一信号从装置转发到第二实体。 详细说明存储计算机程序的方法,装置和存储器。
    • 17. 发明授权
    • Computer-assisted method and apparatus for displaying x-ray images
    • 用于显示x射线图像的计算机辅助方法和装置
    • US5982917A
    • 1999-11-09
    • US138492
    • 1998-08-24
    • Laurence P. ClarkeWei QianLihua Li
    • Laurence P. ClarkeWei QianLihua Li
    • G06T7/00G06K9/00
    • G06T7/0012Y10S128/922
    • A computer-assisted diagnostic (CAD) method and apparatus are described for the enhancement and detection of suspicious regions in digital X-ray images, with particular emphasis on early cancer detection using digital mammography. An objective is to improve the sensitivity of detection of suspicious areas such as masses, while maintaining a low false positive detection rate, and to classify masses as benign or malignant. A modular CAD technique has been developed as a potentially automatic and/or second-opinion method for mass detection and classification in digital mammography that may in turn be readily modified for application with different digital X-ray detectors with varying gray-scale and resolution characteristics. The method consists of using a plurality of CAD modules to preprocess and enhance image features in the gray-level, the directional texture, and the morphological domains.
    • 描述了用于增强和检测数字X射线图像中的可疑区域的计算机辅助诊断(CAD)方法和装置,特别强调使用数字乳腺X线照相术的早期癌症检测。 目的是提高检测质量等可疑区域的敏感度,同时保持低的假阳性检出率,并将群众分类为良性或恶性。 已经开发了模块化CAD技术作为用于数字乳腺X线照相术中的质量检测和分类的潜在的自动和/或第二意见方法,其可以容易地被修改以用于具有变化的灰度和分辨率特征的不同数字X射线检测器 。 该方法包括使用多个CAD模块来预处理和增强灰度级,方向纹理和形态域中的图像特征。
    • 18. 发明授权
    • Computer-assisted method and apparatus for analysis of x-ray images
using wavelet transforms
    • 使用小波变换分析X射线图像的计算机辅助方法和装置
    • US5799100A
    • 1998-08-25
    • US659061
    • 1996-06-03
    • Laurence P. ClarkeWei QianLihua Li
    • Laurence P. ClarkeWei QianLihua Li
    • G06T7/00G06K9/00
    • G06T7/0012Y10S128/922
    • A computer-assisted diagnostic (CAD) method and apparatus are described for the enhancement and detection of suspicious regions in digital X-ray images, with particular emphasis on early cancer detection using digital mammography. An objective is to improve the sensitivity of detection of suspicious areas such as masses, while maintaining a low false positive detection rate, and to classify masses as benign or malignant. A modular CAD technique has been developed as a potentially automatic and/or second-opinion method for mass detection and classification in digital mammography that may in turn be readily modified for application with different digital X-ray detectors with varying gray-scale and resolution characteristics. The method consists of using a plurality of CAD modules to preprocess and enhance image features in the gray-level, the directional texture, and the morphological domains.
    • 描述了用于增强和检测数字X射线图像中的可疑区域的计算机辅助诊断(CAD)方法和装置,特别强调使用数字乳腺X线照相术的早期癌症检测。 目的是提高检测质量等可疑区域的敏感度,同时保持低的假阳性检出率,并将群众分类为良性或恶性。 已经开发了模块化CAD技术作为用于数字乳腺X线照相术中的质量检测和分类的潜在的自动和/或第二意见方法,其可以容易地被修改以用于具有不同的灰度和分辨率特征的不同的数字X射线检测器 。 该方法包括使用多个CAD模块来预处理和增强灰度级,方向纹理和形态域中的图像特征。