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    • 85. 发明授权
    • Encoding apparatus and method in CDMA communication system
    • CDMA通信系统中的编码装置和方法
    • US07065700B2
    • 2006-06-20
    • US09814311
    • 2001-03-21
    • Jae-Yoel KimHyun-Woo LeeSoon-Young YoonHee-Won KangHo-Kyu Choi
    • Jae-Yoel KimHyun-Woo LeeSoon-Young YoonHee-Won KangHo-Kyu Choi
    • H03M13/03
    • H04B1/707H04J13/10
    • There is provided an encoding apparatus and method in a CDMA communication system. To encode input information of a k-bit sequence and generate a codeword with length N>(2k−1), an encoder encodes the input information using an (r, k) simplex code and generates a sequence of code symbols of length r (r=2k−1), a repeater repeats the sequence of code symbols t times ( t = ⌊ N r ⌋ + 1 ) , and a puncturer performs puncturing A times (A=rt−N) on the t repeated code symbol sequences so that the resulting codes have length N. The punctured symbols are distributed uniformly across the repeated code symbol sequences or confined to the tth repeated code symbol sequence.
    • 提供了一种CDMA通信系统中的编码装置和方法。 为了对k位序列的输入信息进行编码并生成长度为N>(2≤K≤1)的码字,编码器使用(r,k)单码进行编码,并产生 长度为r(r = 2K-1)的码符号序列,中继器重复码元序列t次 t = N r + 1 对t个重复码符号序列进行A次打孔(A = rt-N),使得所得到的码具有长度N.穿孔符号均匀地分布在重复的码符号序列上或限于第t / 重复代码符号序列。
        • 87. 发明授权
        • Method for controlling transmission point of a dedicated channel in a CDMA communication system supporting an uplink synchronous transmission scheme
        • 用于控制支持上行链路同步传输方案的CDMA通信系统中的专用信道的传输点的方法
        • US06934526B2
        • 2005-08-23
        • US10080992
        • 2002-02-21
        • Sung-Ho ChoiHyun-Woo LeeSeong-Il ParkHo-Kyu Choi
        • Sung-Ho ChoiHyun-Woo LeeSeong-Il ParkHo-Kyu Choi
        • H04B7/26H04Q7/20
        • H04B7/2628
        • Disclosed is provided a method for switching an operation mode from a non-USTS to a USTS mode in a Node B capable of communicating with a UE in both the non-USTS mode and the USTS mode. The Node B calculates a difference value between a start point of a downlink dedicated channel frame in a downlink dedicated channel transmitted to the UE in the non-USTS mode and a start point of an uplink dedicated channel frame in an uplink dedicated channel received from the UE. The Node B determines a first control value for controlling the start point of the uplink dedicated channel frame in the uplink dedicated channel by comparing the difference value with a given reference value, and also determines a second control value such that the second control value for the start point of the downlink dedicated channel frame in the downlink dedicated channel becomes a multiple of a given number of chips. Further, the Node B informs the UE of the determined first and second control values, and then transmits a downlink dedicated channel signal such that the start point of the downlink dedicated channel frame becomes a start point determined based on the second control value.
        • 本发明提供了一种在非USTS模式和USTS模式下,能够在能够与UE通信的节点B中将非USTS操作模式切换到USTS模式的方法。 节点B计算在非USTS模式下发送给UE的下行专用信道中的下行专用信道帧的起始点与从上行专用信道接收的上行专用信道帧的起始点之间的差值 UE。 节点B通过将差值与给定参考值进行比较来确定用于控制上行链路专用信道中的上行链路专用信道帧的起始点的第一控制值,并且还确定第二控制值,使得第二控制值为 下行专用信道中的下行链路专用信道帧的起始点成为给定数量的码片的倍数。 此外,节点B向UE通知所确定的第一和第二控制值,然后发送下行链路专用信道信号,使得下行链路专用信道帧的起点成为基于第二控制值确定的起始点。