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    • 1. 发明授权
    • Communications method employing orthonormal time-frequency shifting and spectral shaping
    • 采用正交时频移频和频谱整形的通信方法
    • US08547988B2
    • 2013-10-01
    • US13117124
    • 2011-05-26
    • Ronny HadaniSelim Shlomo Rakib
    • Ronny HadaniSelim Shlomo Rakib
    • H04J4/00
    • H04J11/0063H04L5/0016H04L5/0044H04L23/02H04L25/03834H04L27/2634H04L27/265H04L27/2655H04L27/2697H04W28/065H04W72/00
    • A wireless combination time, frequency and spectral shaping communications method that transmits data in convolution unit matrices (data frames) of N×N (N2), where generally either all N2 data symbols or elements are received over N spreading time intervals (each composed of N time slices), or none are. To transmit, each data element is assigned a unique waveform which is derived from a basic waveform of duration N time slices over one spreading time interval, where each basic waveform has a data element specific combination of a time and frequency cyclic shift. At the receiver, the received signal is correlated with the set of all N2 waveforms previously assigned to each data element by a transmitter for that specific time spreading interval, producing a unique correlation score for each one of the N2 data elements. The scores are summed over each data element, and this summation reproduces the data frame.
    • 在N×N(N2)的卷积单位矩阵(数据帧)中传输数据的无线组合时间,频率和频谱整形通信方法,其中通常在N个扩展时间间隔(每个由 N个时间片),或没有。 为了传输,每个数据元素被分配唯一的波形,该唯一波形是从一个扩展时间间隔的持续时间N个时间片的基本波形导出的,其中每个基本波形具有时间和频率循环移位的数据元素特定组合。 在接收机处,接收到的信号与先前由发射机分配给每个数据元素的所有N2个波形的集合相关联,以产生用于该特定时间扩展间隔的每个N2数据元素的唯一相关得分。 分数在每个数据元素上求和,该求和再现数据帧。
    • 3. 发明授权
    • Orthonormal time-frequency shifting and spectral shaping communications method
    • 正交时频移频和频谱整形通信方法
    • US08879378B2
    • 2014-11-04
    • US13117119
    • 2011-05-26
    • Selim Shlomo RakibRonny Hadani
    • Selim Shlomo RakibRonny Hadani
    • H04J11/00
    • H04J11/0063H04L5/0016H04L5/0044H04L23/02H04L25/03834H04L27/2634H04L27/265H04L27/2655H04L27/2697H04W28/065H04W72/00
    • A wireless combination time, frequency and spectral shaping communications method that transmits data in convolution unit matrices (data frames) of N×N (N2), where generally either all N2 data symbols are received over N spreading time intervals (each composed of N time slices), or none are. To transmit, the N2 sized data frame matrix is multiplied by a first N×N time-frequency shifting matrix, permuted, and then multiplied by a second N×N spectral shaping matrix, thereby mixing each data symbol across the entire resulting N×N matrix (TFSSS data matrix). Columns from this N2 TFSSS data matrix are selected, modulated, and transmitted, on a one element per time slice basis. At the receiver, the replica TFSSS matrix is reconstructed and deconvoluted, revealing the data. The method can accommodate multiple users at once, can adapt to changing channel conditions, and is particularly useful for coping with channel impairments such as Doppler shifts.
    • 一种在N×N(N2)的卷积单位矩阵(数据帧)中传输数据的无线组合时间,频率和频谱整形通信方法,其中通常在N个扩展时间间隔(每个由N个时间间隔组成)接收所有N2个数据符号 切片),或没有。 为了发送,将N2大小的数据帧矩阵乘以第一N×N个时频移位矩阵,置换,然后乘以第二N×N频谱整形矩阵,从而将整个结果N×N 矩阵(TFSSS数据矩阵)。 来自该N2 TFSSS数据矩阵的列在每个时间片的基础上被选择,调制和传输。 在接收机处,复制TFSSS矩阵被重构和去卷积,揭示了数据。 该方法可以同时容纳多个用户,可以适应不断变化的信道条件,并且对于应对诸如多普勒频移的信道损伤特别有用。
    • 4. 发明申请
    • ORTHONORMAL TIME-FREQUENCY SHIFTING AND SPECTRAL SHAPING COMMUNICATIONS METHOD
    • 正交时频移频和频谱成形通信方法
    • US20110293030A1
    • 2011-12-01
    • US13117119
    • 2011-05-26
    • Selim Shlomo RakibRonny Hadani
    • Selim Shlomo RakibRonny Hadani
    • H04B7/02
    • H04J11/0063H04L5/0016H04L5/0044H04L23/02H04L25/03834H04L27/2634H04L27/265H04L27/2655H04L27/2697H04W28/065H04W72/00
    • A wireless combination time, frequency and spectral shaping communications method that transmits data in convolution unit matrices (data frames) of N×N (N2), where generally either all N2 data symbols are received over N spreading time intervals (each composed of N time slices), or none are. To transmit, the N2 sized data frame matrix is multiplied by a first N×N time-frequency shifting matrix, permuted, and then multiplied by a second N×N spectral shaping matrix, thereby mixing each data symbol across the entire resulting N×N matrix (TFSSS data matrix). Columns from this N2 TFSSS data matrix are selected, modulated, and transmitted, on a one element per time slice basis. At the receiver, the replica TFSSS matrix is reconstructed and deconvoluted, revealing the data. The method can accommodate multiple users at once, can adapt to changing channel conditions, and is particularly useful for coping with channel impairments such as Doppler shifts.
    • 一种在N×N(N2)的卷积单位矩阵(数据帧)中传输数据的无线组合时间,频率和频谱整形通信方法,其中通常在N个扩展时间间隔(每个由N个时间间隔组成)接收所有N2个数据符号 切片),或没有。 为了发送,将N2大小的数据帧矩阵乘以第一N×N个时频移位矩阵,置换,然后乘以第二N×N频谱整形矩阵,从而将整个结果N×N 矩阵(TFSSS数据矩阵)。 来自该N2 TFSSS数据矩阵的列在每个时间片的基础上被选择,调制和传输。 在接收机处,复制TFSSS矩阵被重构和去卷积,揭示了数据。 该方法可以同时容纳多个用户,可以适应不断变化的信道条件,并且对于应对诸如多普勒频移的信道损伤特别有用。
    • 6. 发明申请
    • SIGNAL MODULATION METHOD RESISTANT TO ECHO REFLECTIONS AND FREQUENCY OFFSETS
    • 信号调制方法抵抗ECHO反射和频率偏移
    • US20120201322A1
    • 2012-08-09
    • US13430690
    • 2012-03-27
    • Shlomo Selim RakibRonny Hadani
    • Shlomo Selim RakibRonny Hadani
    • H04B15/00
    • H04L27/265H04L5/0016H04L25/03343H04L27/2613H04L27/2634H04L27/2655H04L27/2697H04W28/04H04W28/065H04W72/00
    • A method of modulating communications signals, such as optical fiber, wired electronic, or wireless signals in a manner that facilitates automatic correction for the signal distortion effects of echoes and frequency shifts, while still allowing high rates of data transmission. Data symbols intended for transmission are distributed into N×N matrices, and used to weigh or modulate a family of cyclically time shifted and cyclically frequency shifted waveforms. Although these waveforms may then be distorted during transmission, their basic cyclic time and frequency repeating structure facilitates use of improved receivers with deconvolution devices that can utilize the repeating patterns to correct for these distortions. The various waveforms may be sent in N time blocks at various time spacing and frequency spacing combinations in a manner that can allow interleaving of blocks from different transmitters. Applications to channel sounding/characterization, system optimization, and also radar are also discussed.
    • 一种调制诸如光纤,有线电子或无线信号之类的通信信号的方法,其方式是便于对回波和频移的信号失真效应的自动校正,同时仍然允许高速率的数据传输。 用于传输的数据符号分布在N×N个矩阵中,用于称重或调制一系列循环时移和循环频移波形。 尽管这些波形然后可能在传输期间失真,但是它们的基本循环时间和频率重复结构有助于使用具有去卷积设备的改进的接收机,其可以利用重复的图案来校正这些失真。 各种波形可以以各种时间间隔和频率间隔组合的N个时间块中以允许来自不同发射机的块交织的方式发送。 还讨论了通道探测/表征,系统优化和雷达应用。
    • 8. 发明授权
    • Signal modulation method resistant to echo reflections and frequency offsets
    • 信号调制方法抵抗回波反射和频偏
    • US09083595B2
    • 2015-07-14
    • US13430690
    • 2012-03-27
    • Shlomo Selim RakibRonny Hadani
    • Shlomo Selim RakibRonny Hadani
    • H04L25/03H04L27/26H04L5/00H04W28/04H04W28/06H04W72/00
    • H04L27/265H04L5/0016H04L25/03343H04L27/2613H04L27/2634H04L27/2655H04L27/2697H04W28/04H04W28/065H04W72/00
    • A method of modulating communications signals, such as optical fiber, wired electronic, or wireless signals in a manner that facilitates automatic correction for the signal distortion effects of echoes and frequency shifts, while still allowing high rates of data transmission. Data symbols intended for transmission are distributed into N×N matrices, and used to weigh or modulate a family of cyclically time shifted and cyclically frequency shifted waveforms. Although these waveforms may then be distorted during transmission, their basic cyclic time and frequency repeating structure facilitates use of improved receivers with deconvolution devices that can utilize the repeating patterns to correct for these distortions. The various waveforms may be sent in N time blocks at various time spacing and frequency spacing combinations in a manner that can allow interleaving of blocks from different transmitters. Applications to channel sounding/characterization, system optimization, and also radar are also discussed.
    • 一种调制诸如光纤,有线电子或无线信号之类的通信信号的方法,其方式是便于对回波和频移的信号失真效应的自动校正,同时仍然允许高速率的数据传输。 用于传输的数据符号分布在N×N个矩阵中,用于称重或调制一系列循环时移和循环频移波形。 尽管这些波形然后可能在传输期间失真,但是它们的基本循环时间和频率重复结构有助于使用具有去卷积设备的改进的接收机,其可以利用重复的图案来校正这些失真。 各种波形可以以各种时间间隔和频率间隔组合的N个时间块中以允许来自不同发射机的块交织的方式发送。 还讨论了通道探测/表征,系统优化和雷达应用。