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    • 1. 发明授权
    • M-ARY orthogonal coded/balanced UWB transmitted reference systems
    • M-ARY正交编码/平衡UWB传输参考系统
    • US07660230B2
    • 2010-02-09
    • US11426027
    • 2006-06-23
    • Dong In KimTao JiaKyung Sup Kwak
    • Dong In KimTao JiaKyung Sup Kwak
    • H04J11/00
    • H04B1/7174H04B1/7093H04B1/71637H04B1/7172H04B1/719
    • A novel transceiver structure is proposed to increase the achievable data rate for ultra wideband transmitted reference (UWB-TR) systems. For every Ns pulse pairs during one symbol transmission, the data pulses are weighted by one of the M-ary orthogonal sequences, thus carrying additional log2 M-bit information. Furthermore, by utilizing a pair of balanced matched filters before the cross correlator, the minimum separation between the reference and data pulses is significantly reduced without causing any inter-pulse interference (IPI), which in turn reduces the minimum required frame length in order to avoid the inter-frame interference (IFI). As a result, the invented TR system can achieve higher data rates than the conventional TR system, while maintaining superior bit-error-rate (BER) performance even with lower transmit power.
    • 提出了一种新颖的收发器结构来增加超宽带传输参考(UWB-TR)系统的可实现的数据速率。 对于一个符号传输期间的每个Ns个脉冲对,数据脉冲由M进制正交序列之一加权,从而携带附加的log2 M位信息。 此外,通过在交叉相关器之前利用一对平衡匹配滤波器,在不引起任何脉冲间干扰(IPI)的情况下,参考和数据脉冲之间的最小间隔被显着地减小,这进而降低了所需的最小帧长度,以便 避免帧间干扰(IFI)。 结果,本发明的TR系统可以实现比常规TR系统更高的数据速率,同时即使在较低的发射功率下也能保持卓越的比特率(BER)性能。
    • 3. 发明授权
    • UWB distance measurement system and method of driving the same
    • UWB距离测量系统及其驱动方法
    • US07782248B2
    • 2010-08-24
    • US12344506
    • 2008-12-27
    • Kyung Sup KwakTae-Kyung SungHanbing Shen
    • Kyung Sup KwakTae-Kyung SungHanbing Shen
    • G01S13/08
    • G01S13/282G01S7/282G01S13/0209
    • The present invention relates to a UWB distance measurement system and method of driving the system. The system includes a reception antenna for receiving a signal, which is output from a transmission unit, is reflected from a target and is incident on the reception antenna, a UWB amplifier for amplifying the received signal and generating a first signal, a reference waveform generator for generating a reference waveform which is a reference for analysis of the first signal, a window function generator for generating at least one window function that is applied to the first signal, a correlator for correlating the first signal with the window function output from the window function generator, and generating a second signal which is a revised frequency response of the first signal, and a delay time detector for detecting a delay time component in the second signal.
    • 本发明涉及一种UWB距离测量系统及其驱动方法。 该系统包括用于接收从发送单元输出的信号的接收天线从目标反射并入射到接收天线上的UWB放大器,用于放大接收信号并产生第一信号的UWB放大器,参考波形发生器 用于产生作为第一信号分析的参考的参考波形,用于产生施加到第一信号的至少一个窗口函数的窗口函数发生器,用于将第一信号与从窗口输出的窗口函数相关联的相关器 并产生作为第一信号的经修正的频率响应的第二信号,以及用于检测第二信号中的延迟时间分量的延迟时间检测器。
    • 4. 发明申请
    • UWB DISTANCE MEASUREMENT SYSTEM AND METHOD OF DRIVING THE SAME
    • UWB距离测量系统及其驱动方法
    • US20090262010A1
    • 2009-10-22
    • US12344506
    • 2008-12-27
    • Kyung Sup KWAKTae-Kyung SUNGHanbing SHEN
    • Kyung Sup KWAKTae-Kyung SUNGHanbing SHEN
    • G01S13/08
    • G01S13/282G01S7/282G01S13/0209
    • The present invention relates to a UWB distance measurement system and method of driving the system. The system includes a reception antenna for receiving a signal, which is output from a transmission unit, is reflected from a target and is incident on the reception antenna, a UWB amplifier for amplifying the received signal and generating a first signal, a reference waveform generator for generating a reference waveform which is a reference for analysis of the first signal, a window function generator for generating at least one window function that is applied to the first signal, a correlator for correlating the first signal with the window function output from the window function generator, and generating a second signal which is a revised frequency response of the first signal, and a delay time detector for detecting a delay time component in the second signal.
    • 本发明涉及一种UWB距离测量系统及其驱动方法。 该系统包括用于接收从发送单元输出的信号的接收天线从目标反射并入射到接收天线上的UWB放大器,用于放大接收信号并产生第一信号的UWB放大器,参考波形发生器 用于产生作为第一信号分析的参考的参考波形,用于产生施加到第一信号的至少一个窗口函数的窗口函数发生器,用于将第一信号与从窗口输出的窗口函数相关联的相关器 并产生作为第一信号的经修正的频率响应的第二信号,以及用于检测第二信号中的延迟时间分量的延迟时间检测器。
    • 6. 发明申请
    • M-ARY Orthogonal Coded/Balanced UWB Transmitted Reference Systems
    • M-ARY正交编码/平衡UWB传输参考系统
    • US20070237065A1
    • 2007-10-11
    • US11426027
    • 2006-06-23
    • Dong In KimTao JIAKyung Sup Kwak
    • Dong In KimTao JIAKyung Sup Kwak
    • H04J11/00
    • H04B1/7174H04B1/7093H04B1/71637H04B1/7172H04B1/719
    • A novel transceiver structure is proposed to increase the achievable data rate for ultra wideband transmitted reference (UWB-TR) systems. For every Ns pulse pairs during one symbol transmission, the data pulses are weighted by one of the M-ary orthogonal sequences, thus carrying additional log2 M-bit information. Furthermore, by utilizing a pair of balanced matched filters before the cross correlator, the minimum separation between the reference and data pulses is significantly reduced without causing any inter-pulse interference (IPI), which in turn reduces the minimum required frame length in order to avoid the inter-frame interference (IFI). As a result, the invented TR system can achieve higher data rates than the conventional TR system, while maintaining superior bit-error-rate (BER) performance even with lower transmit power.
    • 提出了一种新颖的收发器结构来增加超宽带传输参考(UWB-TR)系统的可实现的数据速率。 对于一个符号传输期间的每个N N个脉冲对,数据脉冲通过M进制正交序列中的一个进行加权,从而携带附加的log 2 M比特信息。 此外,通过在交叉相关器之前利用一对平衡匹配滤波器,在不引起任何脉冲间干扰(IPI)的情况下,参考和数据脉冲之间的最小间隔被显着地减小,这进而降低了所需的最小帧长度,以便 避免帧间干扰(IFI)。 结果,本发明的TR系统可以实现比常规TR系统更高的数据速率,同时即使在较低的发射功率下也能保持卓越的比特率(BER)性能。