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序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
1 COMBINED AMPLITUDE-TIME AND PHASE MODULATION US15205473 2016-07-08 US20170041020A1 2017-02-09 Arthur E. Lee
A method for multi-dimensional modulation of a network protocol including control data and payload data. The method includes encoding a first sine wave with the control data; encoding a second sine wave with the payload data; and summing the first and second sine waves to generate a compound sine wave. In some embodiments, the control data is header information for a first Ethernet packet and post-payload data for a second Ethernet packet; and the payload data is payload data for the second Ethernet packet.
2 Combined amplitude-time and phase modulation US15205473 2016-07-08 US09774348B2 2017-09-26 Arthur E. Lee
A method for multi-dimensional modulation of a network protocol including control data and payload data. The method includes encoding a first sine wave with the control data; encoding a second sine wave with the payload data; and summing the first and second sine waves to generate a compound sine wave. In some embodiments, the control data is header information for a first Ethernet packet and post-payload data for a second Ethernet packet; and the payload data is payload data for the second Ethernet packet.
3 STRUCTURED RANDOM PERMUTATION PULSE COMPRESSION SYSTEMS AND METHODS US13657736 2012-10-22 US20140114191A1 2014-04-24 Pat Sankar
A structured randomly permutated pulse compression system comprises an FM transmitter configured to receive an input signal and transmit an output signal. The FM transmitter is configured to modulate the frequency of the output signal by modulating the frequency of the output signal according to a structured random permutation of time samples of the input signal. At least one antenna interfaces with the FM transmitter. The FM receiver is configured to auto-correlate the output signal with a return signal.
4 Combined amplitude-time and phase modulation US14574577 2014-12-18 US09407203B2 2016-08-02 Arthur E. Lee
A method for generating a compound signal wave with one or more substantially sinusoidal waveform(s) containing an encoded digital information combined with a variable phase changing waveform(s) producing a compound sinusoid waveform that includes at least a sine wave that is amplitude-time modulated and at least one phase modulated wave(s).
5 Combined Amplitude-Time and Phase Modulation US14574577 2014-12-18 US20150194930A1 2015-07-09 Arthur E. Lee
A method for generating a compound signal wave with one or more substantially sinusoidal waveform(s) containing an encoded digital information combined with a variable phase changing waveform(s) producing a compound notched sinusoid waveform that includes at least a sine wave that is amplitude-time modulated and at least one phase modulated wave(s). The encoded digital information can be 1 to n bits per cycle limited only by hardware clock speeds. The phase shifting modulation can be implemented as data or control function(s) with real-time adjustment (within a cycle) of data control, data management, and data security. The compound signal wave is transmitted through existing communication channels or a program controlled modulator with 0 to n degrees (levels) of phase modulation. On the receive end of the communications channel the received signal containing the amplitude-time modulated wave and the phase modulated wave(s) are interrupted by either a decoding of amplitude-time modulation distortions by existing hardware or a program controlled demodulator with 1 to n degrees (levels) of phase modulation. Data values can be directly encoded or contained in a look up table or list. Presence or absence of change to a wave's sinusoidal amplitude within a phase indicates a data value. These data values can be changed within a data cycle or packet. Reduced modulation distortion is exhibited by amplitude-time modulation techniques when compared to classical amplitude modulation techniques. This reduced distortion in a communications signal results in increased effective transmission lengths, reduced error rates, higher data rates, and improved data security (real-time control of values, phase, and control exacerbate snooping attempts).
6 Structured random permutation pulse compression systems and methods US13657736 2012-10-22 US08747321B2 2014-06-10 Pat Sankar
A structured randomly permutated pulse compression system comprises an FM transmitter configured to receive an input signal and transmit an output signal. The FM transmitter is configured to modulate the frequency of the output signal by modulating the frequency of the output signal according to a structured random permutation of time samples of the input signal. At least one antenna interfaces with the FM transmitter. The FM receiver is configured to auto-correlate the output signal with a return signal.
7 振幅−時間変調と位相変調の組合せ JP2016562468 2015-01-05 JP2017509269A 2017-03-30 イー. リー,アーサー
少なくとも1つの振幅−時間変調された正弦波及び少なくとも1つの位相変調された波を含む複合ノッチ正弦波形を生成する1つ又は複数の可変位相変化波形と組み合わせられたエンコードされたデジタル情報を収容する1つ又は複数の実質的正弦波形を有する複合信号波を生成する方法。位相内の波の正弦波振幅に対する変更の存在又は不存在がデータ値を示している。これらのデータ値は、データサイクル又はパケット内において変化させることができる。従来の振幅変調技法と比較された際に、振幅−時間変調技法は、低減された変調歪を提示する。この通信信号における低減された歪は、増大した有効送信長、低減された誤り率、相対的に大きなデータレート、及び改善されたデータセキュリティを結果的にもたらす。
8 COMBINED AMPLITUDE-TIME MODULATION AND PHASE MODULATION EP15735414.3 2015-01-05 EP3092763A1 2016-11-16 LEE, Arthur E.
A method for generating a compound signal wave with one or more substantially sinusoidal waveform(s) containing an encoded digital information combined with a variable phase changing waveform(s) producing a compound notched sinusoid waveform including at least an amplitude-time modulated sine wave and at least one phase modulated wave(s). Presence or absence of change to a wave's sinusoidal amplitude within a phase indicates a data value. These data values can be changed within a data cycle or packet. Reduced modulation distortion is exhibited by amplitude-time modulation techniques when compared to classical amplitude modulation techniques. This reduced distortion in a communications signal results in increased effective transmission lengths, reduced error rates, higher data rates, and improved data security.
9 COMBINED AMPLITUDE-TIME MODULATION AND PHASE MODULATION EP15735414 2015-01-05 EP3092763A4 2017-09-13 LEE ARTHUR E
A method for generating a compound signal wave with one or more substantially sinusoidal waveform(s) containing an encoded digital information combined with a variable phase changing waveform(s) producing a compound sinusoid waveform that includes at least a sine wave that is amplitude-time modulated and at least one phase modulated wave(s).
10 합성된 진폭-시간 변조 및 위상 변조 KR1020167021509 2015-01-05 KR1020160107239A 2016-09-13 리,아서이.
적어도진폭-시간변조된사인파및 적어도하나의위상변조된파형(들)을포함하는합성톱니형사인파를생산하는가변위상변경파형(들)과합성된인코딩된디지털정보를포함하는하나이상의실질적으로사인파형파형(들)과의합성신호를생성하는방법. 위상내에서파형의사인곡선진폭에대한변경의존재또는부재는데이터값을나타낸다. 이러한데이터값들은데이터사이클또는패킷내에서변경될수 있다. 감소된변조왜곡은고전적진폭변조기술들과비교될때 진폭-시간변조방식들에의해드러난다. 통신신호에서의이러한감소된왜곡은증가된유효송신길이들, 감소된에러레이트들, 더높은데이터레이트들, 및향상된데이터보안성을초래한다.
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