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    • 3. 发明申请
    • ULTRA WIDEBAND SCRAMBLER FOR REDUCING POWER SPECTRAL DENSITY
    • 超宽带加扰器降低功率谱密度
    • WO2006022802A1
    • 2006-03-02
    • PCT/US2005/000653
    • 2005-01-10
    • MATSUSHITA ELECTRONIC INDUSTRIAL CO, LTDMO, Shaomin, SamuelGELMAN, Alexander, D.
    • GELMAN, Alexander, D.
    • H04B1/69
    • H04L25/03866H04B1/7176H04B1/719
    • Scrambling methods for scrambling ultra wideband (UWB) data are disclosed. UWB data (420) having payload data and non-payload data is scrambled (422, 424) by shifting a first bit string (412) a first number of bits, shifting a second bit string (410) a second number of bits, combining (414A - 414N) the first and second shifted bit strings, generating (418) scrambler control bits (416) from the combined first and second shifted bit strings, and scrambling (424) at least a portion of the UWB data responsive to the scrambler control bits. According to another aspect, UWB data is scrambled by scrambling payload data using a pseudo-random number generator having a seed set of multiple seeds having low seed correlation, each seed within the seed set having a predefined number of bits, and selective applying random frame reversion (428, 430) to non-payload data and/or to entire frame of data.
    • 公开了用于加扰超宽带(UWB)数据的加扰方法。 通过将第一位串(412)移位第一位数,将第二位串(410)移位第二位数,对具有有效载荷数据和无有效载荷数据的UWB数据(420)进行加扰(422,424) (414A-414N)所述第一和第二移位位串,从所述组合的第一和第二移位位串中产生(418)扰乱器控制位(416),以及响应于所述扰乱器扰乱(424)所述UWB数据的至少一部分 控制位。 根据另一方面,通过使用具有具有低种子相关性的多个种子的种子集的伪随机数生成器来对UWB数据进行加扰,所述种子集中的每个种子具有预定数量的比特,并且选择性地应用随机帧 (428,430)转换为非有效载荷数据和/或整个数据帧。
    • 5. 发明申请
    • METHOD OF BAND MULTIPLEXING TO IMPROVE SYSTEM CAPACITY FOR A MULTI-BAND COMMUNICATION SYSTEM
    • 用于多通道通信系统提高系统容量的多路复用方法
    • WO2007024613A1
    • 2007-03-01
    • PCT/US2006/032101
    • 2006-08-17
    • MATSUSHITA ELECTRIC INDUSTRIAL CO., LTD.MO, Shaomin, SamuelGELMAN, Alexander, D.
    • MO, Shaomin, SamuelGELMAN, Alexander, D.
    • H04B7/26
    • H04W56/00
    • A control method of synchronizing communications between or among a plurality of devices in a communication system includes detecting beacons from the devices in the communication system and establishing a reservation for at least a portion of the devices in the communication system. Each reservation is a frame interval in which to transmit symbols from one device to other devices in the communications system. Each frame interval and inter-frame interval may be set according to the established reservation. Each frame interval and inter-frame interval may be a plural, integral number of symbol periods in duration. Each device may determine a time-frequency code (TFC) for each of the other devices in the communication system according to the detected beacons from the other devices and may adjust a frequency band for transmission according to the determined TFC to transmit one or more symbols from the respective device using the adjusted frequency band.
    • 在通信系统中的多个设备之间或之间同步通信的控制方法包括从通信系统中的设备检测信标,并为通信系统中的至少一部分设备建立预留。 每个预留是一个帧间隔,其中从一个设备向通信系统中的其他设备发送符号。 可以根据建立的预留来设置每个帧间隔和帧间间隔。 每个帧间隔和帧间间隔可以是持续时间的多个整数个符号周期。 每个设备可以根据来自其他设备的检测到的信标来确定通信系统中的每个其他设备的时间频率码(TFC),并且可以根据所确定的TFC来调整用于传输的频带以发送一个或多个符号 从使用调整后的频带的各个装置。
    • 7. 发明申请
    • METHOD AND APPARATUS FOR RECOVERING DATA IN A RECEIVED CONVOLUTIONAL-ENCODED DATA STREAM
    • 用于在接收到的转换编码数据流中恢复数据的方法和装置
    • WO2005069526A1
    • 2005-07-28
    • PCT/US2004/040761
    • 2004-12-06
    • MATSUSHITA ELECTRIC INDUSTRIAL CO., LTD.MO, Shaomin, Samuel
    • MO, Shaomin, Samuel
    • H04L1/00
    • H04L1/0059H03M13/23H03M13/373H04B1/7163H04B1/7176H04L1/0045
    • A method, apparatus, system, and computer readable carrier including software for configuring a general purpose computer to recover data in a received encoded data stream is disclosed. The encoded data stream includes an input bit stream encoded using a convolutional encoding scheme and the received encoded data stream includes damaged and undamaged bits. Data is recovered by processing damaged and undamaged bits within at least a portion of the received encoded data stream to identify a data loss pattern, selecting equations from a recovery equation set responsive to the identified data loss pattern, and applying the selected equations to the portion of the received data stream to recover at least one of i.) the input bits corresponding to the portion of the received encoded data stream. and ii.) encoded data stream bits corresponding to the damaged bits within the portion of the received encoded data stream.
    • 公开了一种包括用于配置通用计算机以恢复接收的编码数据流中的数据的软件的方法,装置,系统和计算机可读载体。 编码数据流包括使用卷积编码方案编码的输入比特流,并且所接收的编码数据流包括损坏和未损坏的比特。 通过在接收到的编码数据流的至少一部分内处理损坏和未损坏的比特来恢复数据,以识别数据丢失模式,响应于所识别的数据丢失模式从恢复方程组中选择方程,以及将所选择的等式应用于部分 的接收数据流中的至少一个以恢复i)与所接收的编码数据流的部分相对应的输入位。 和ii)对应于所接收的编码数据流的部分内的损坏比特的编码数据流比特。
    • 10. 发明申请
    • ULTRA WIDEBAND SCRAMBLER FOR REDUCING POWER SPECTRAL DENSITY
    • 用于减少功率光谱密度的超宽带滤光片
    • WO2006022802A8
    • 2006-05-26
    • PCT/US2005000653
    • 2005-01-10
    • MATSUSHITA ELECTRIC IND CO LTDMO SHAOMIN SAMUELGELMAN ALEXANDER D
    • MO SHAOMIN SAMUELGELMAN ALEXANDER D
    • H04B1/69H04L25/03
    • H04L25/03866H04B1/7176H04B1/719
    • Scrambling methods for scrambling ultra wideband (UWB) data are disclosed. UWB data (420) having payload data and non-payload data is scrambled (422, 424) by shifting a first bit string (412) a first number of bits, shifting a second bit string (410) a second number of bits, combining (414A - 414N) the first and second shifted bit strings, generating (418) scrambler control bits (416) from the combined first and second shifted bit strings, and scrambling (424) at least a portion of the UWB data responsive to the scrambler control bits. According to another aspect, UWB data is scrambled by scrambling payload data using a pseudo-random number generator having a seed set of multiple seeds having low seed correlation, each seed within the seed set having a predefined number of bits, and selective applying random frame reversion (428, 430) to non-payload data and/or to entire frame of data.
    • 公开了用于加扰超宽带(UWB)数据的加扰方法。 通过移位第一比特串(412)第一比特数,移位第二比特串(410)第二比特数,将具有有效载荷数据和非有效载荷数据的UWB数据(420)加密(422,424),组合 (414A-414N)第一和第二移位比特串,从组合的第一和第二移位比特串产生(418)加扰器控制比特(416),以及响应于加扰器对UWB数据的至少一部分进行加扰(424) 控制位。 根据另一方面,通过使用具有低种子相关性的多个种子的种子组的伪随机数发生器对有效载荷数据进行加扰来加扰UWB数据,种子集内的每个种子具有预定数量的比特,并且选择性地应用随机帧 返回(428,430)到非有效载荷数据和/或整个数据帧。