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    • 2. 发明授权
    • Converter and method for converting an input data packet stream into an output data symbol stream
    • 用于将输入数据分组流转换为输出数据符号流的转换器和方法
    • US06717933B1
    • 2004-04-06
    • US09667214
    • 2000-09-21
    • Raimund SönningGian Huaman-Bollo
    • Raimund SönningGian Huaman-Bollo
    • H04B7216
    • H03M13/2792H03M13/2707H04J13/10
    • The invention relates to a converter (CVT) and a conversion method for converting an input data packet stream (IDPS) of consecutive data packets (DP0,0, DP1,0, DP2,0 . . . DPN−1,0) each data packet including user (US0, US1, US2, . . . USN−1) data in the form of a predetermined number (Nsymbol0; Nsymbol1; NsymbolN−1) of consecutive data symbols (S0,0(0), S0,0(1) . . . S0,0(Nsymbol0−1); S1,0(0), S1,0(1) . . . S0,0(Nsymbol0−1); S2,0(0), S2,0(1) . . . S2,0(Nsymbol2−1); . . . SN−1,0(0), SN−1,0(1) . . . SN−1,0(NsymbolN−1−1)) from a plurality of N user channels (ch-0, . . . ,ch-N−1), each user channel having a predetermined transmission rate TR0, TR1, TR2, . . . ,TRn, . . . TRN−1, being defined as a basic transmission rate TRB or an integer multiple TRn=Kn*TRB thereof, into an output data symbol stream (ODSS) in which a respective number Kn of data symbols (S0,0(0); S1,0(0), S1,0(1), S1,0(2), S1,0(3); S2,0(0); . . . SN−1,0(0), SN−1,0(1)) of each data packet are sequentially arranged. The write means (W) writes the data symbols into a memory (M) in the row direction in a specific order and a read means (R) reads the memory (M) in the column direction. Thus, independent of the transmission rate (TRB) of the individual user channels, a CDMA-modulator (MOD) can be provided respectively with the first data symbol or a set of first data symbols from each packet within a predetermined time interval (1/TRB).
    • 本发明涉及一种转换器(CVT)和一种转换方法,用于转换连续数据包(DP0,0,DP1,0,DP2,0。... DPN-1,0)的输入数据包流(IDPS) 包括用户(US0,US1,US2,... USN-1)的连续数据符号(S0,0(0),S0,0(Nsymbol1; NsymbolN-1) 1)... S0,0(Nsymbol0-1); S1,0(0),S1,0(1)... S0,0(Nsymbol0-1); S2,0(0),S2,0( 1)... S2,0(Nsymbol2-1)... SN-1,0(0),SN-1,0(1)... SN-1,0(NsymbolN-1-1)) 从多个N个用户信道(ch-0,...,ch-N-1),每个用户信道具有预定的传输速率TR0,TR1,TR2,...。 。 。 ,TRn,。 。 。 TRN-1被定义为输出数据符号流(ODSS)中的基本传输速率TRB或整数倍TRn = Kn * TRB,其中数字符号(S0,0(0); S1 ,0(0),S1,0(1),S1,0(2),S1,0(3); S2,0(0); ... SN-1,0(0),SN-1, 0(1))顺序排列。 写入装置(W)将数据符号写入行di中的存储器(M)
    • 3. 发明授权
    • Time-alignment apparatus and method for providing data frames of a plurality of channels with predetermined time-offsets
    • 时间校准装置和方法,用于提供具有预定时间偏移量的多个信道的数据帧
    • US06781976B1
    • 2004-08-24
    • US09667529
    • 2000-09-22
    • Raimund SönningGian Huaman-Bollo
    • Raimund SönningGian Huaman-Bollo
    • H04B7216
    • H04J3/0632
    • The invention relates to a time-alignment apparatus and a time-alignment method of a transmitter (TX) of a telecommunication system TELE. Successive data frames (ch1/0, ch2/0, ch3/0, ch4/0, ch8/0, ch300/0) are written to one or two frame memories (RAM 1, RAM2) starting at a respective frame start write address (FRST-ADRchy). A third frame memory (RAM3) having a read state is read out in the column direction such that one data symbol of each storage resource (RES1, RES2 . . . RES300) can be output to a modulator unit (BBTX) of the transmitter (TX). The read-write state (WR/RD) of the three frame memories (RAM1, RAM2, RAM3) is cyclically switched through a first lo third alignment mode (M1, M2, M3) such that always a first write state memory (RAM1) and a second write state memory (RAM2) are provided.
    • 本发明涉及电信系统TELE的发射机(TX)的时间对准装置和时间对准方法。 将相继的数据帧(ch1 / 0,ch2 / 0,ch3 / 0,ch4 / 0,ch8 / 0,ch300 / 0)写入从相应帧起始写入地址开始的一个或两个帧存储器(RAM1,RAM2) (FRST-ADRchy)。 具有读取状态的第三帧存储器(RAM3)在列方向被读出,使得每个存储资源(RES1,RES2 ... RES300)的一个数据符号可被输出到发送器的调制器单元(BBTX) TX)。 三个帧存储器(RAM1,RAM2,RAM3)的读写状态(WR / RD)通过第一第三对准模式(M1,M2,M3)循环切换,使得总是第一写入状态存储器(RAM1) 并提供第二写入状态存储器(RAM2)。
    • 4. 发明授权
    • Interleaver and method for interleaving an input data bit sequence using a coded storing of symbol and additional information
    • 用于使用符号和附加信息的编码存储来交织输入数据比特序列的交织器和方法
    • US07127004B1
    • 2006-10-24
    • US09667528
    • 2000-09-22
    • Raimund SönningGian Huaman-Bollo
    • Raimund SönningGian Huaman-Bollo
    • H04L27/04
    • H03M13/2782H03M13/2707
    • The invention relates to a method for storing code symbols and additional control information in a processing means of an encoder of a communication system. In particular, the invention relates to the storing of code symbols together with additional control information in an interleaving memory (IM) of an interleaver. According to the invention, a combining means (COM) combines respective data bits (I, Q) forming a respective code symbol with their associated control bits into a control information/code symbol data word of a predetermined number (K) of bits. A control information/code symbol encoding means (CI/CS-ENC) encodes the control information/code symbol data words into encoded data words of a smaller number of bits. This data word with a smaller number of bits is then stored at a particular memory location in the interleaving memory (IM).
    • 本发明涉及一种用于在通信系统的编码器的处理装置中存储代码符号和附加控制信息的方法。 具体地说,本发明涉及将代码符号与附加控制信息一起存储在交织器的交织存储器(IM)中。 根据本发明,组合装置(COM)将形成相应代码符号的相应数据位(I,Q)与其相关联的控制位组合成预定数量(K)位的控制信息/码符号数据字。 控制信息/代码符号编码装置(CI / CS-ENC)将控制信息/代码符号数据字编码为较少位数的编码数据字。 然后将具有较少位数的该数据字存储在交织存储器(IM)中的特定存储器位置。
    • 5. 发明授权
    • Time-alignment apparatus and method for providing data frames of a plurality of channels with predeterminated time-offsets
    • 时间对准装置和方法,用于提供具有预定时间偏移量的多个信道的数据帧
    • US07126967B2
    • 2006-10-24
    • US10873171
    • 2004-06-23
    • Raimund SönningGian Huaman-Bollo
    • Raimund SönningGian Huaman-Bollo
    • H04L12/28H04J3/06
    • H04J3/0632
    • The invention relates to a time-alignment apparatus and a time-alignment method of a transmitter (TX) of a telecommunication system TELE. Successive data frames (ch1/0, ch2/0, ch3/0, ch4/0, ch8/0, ch300/0) are written to one or two frame memories (RAM1, RAM2) starting at a respective frame start write address (FRST-ADRchy). A third frame memory (RAM3) having a read state is read out in the column direction such that one data symbol of each storage resource (RES1, RES2 . . . RES300) can be output to a modulator unit (BBTX) of the transmitter (TX). The read/write state (WR/RD) of the three frame memories (RAM1, RAM2, RAM3) is cyclically switched through a first to third alignment mode (M1, M2, M3) such that always a first write state memory (RAM1) and a second write state memory (RAM2) are provided. An interleaving process can be carried out together with the time-offset adjustment if the storage resource is constituted by an interleaving matrix. An efficient usage of storage space is obtained if the data bits forming one data symbol are stored together at one memory location of the respective storage resource. The invention is particularly relevant for a CDMA telecommunication system, in order to minimize the interference between the channels.
    • 本发明涉及电信系统TELE的发射机(TX)的时间对准装置和时间对准方法。 连续数据帧(ch 1/0,ch 2/0,ch 3/0,ch 4/0,ch 8/0,ch 300/0)写入一个或两个帧存储器(RAM 1,RAM 2),开始 在相应的帧起始写入地址(FRST-ADR,chy )。 具有读取状态的第三帧存储器(RAM3)在列方向上被读出,使得每个存储资源(RES SUB>,RES< 2> 可以向发射机(TX)的调制器单元(BBTX)输出RES 300。 三个帧存储器(RAM1,RAM2,RAM3)的读/写状态(WR / RD)通过第一到第三对准模式(M 1,M 2,M 3)被循环切换,使得总是第一 写状态存储器(RAM 1)和第二写状态存储器(RAM2)。 如果存储资源由交织矩阵构成,则可以与时间偏移调整一起执行交织处理。 如果形成一个数据符号的数据位被存储在相应存储资源的一个存储器位置,则获得存储空间的有效使用。 为了最小化信道之间的干扰,本发明特别适用于CDMA电信系统。