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    • 2. 发明申请
    • Micro-modem
    • 微调制解调器
    • US20040213336A1
    • 2004-10-28
    • US10270433
    • 2002-10-15
    • Daljit S. Jandu
    • H04B001/38H04L005/16
    • H04L27/2602
    • The patent application for this special modem has it's root in Reimann Hypothesis, Prime Number Theorem, The Birch and Swinnerton-Dyer Conjecture, Hodge Conjecture, Ramanujan Conjecture as well as P-NP problem. These are well known conjectures/problems in the mathematics and there is 1 million prize on each by Clay Mathematics Institute (www.claymath.org). The insights are possible only when solving these or related conjectures The wave generation in any amplifier input/output and it's optimization is the result of pull-push characteristics which felicitates the non-Euclidian approach of solving the data communication and networking problems. The electronic components e.g. XOR gates etc. are used for digitization of the wave, if required.
    • 这个专用调制解调器的专利申请源于Reimann假设,Prime Number定理,Birch和Swinnerton-Dyer猜想,Hodge猜想,Ramanujan猜想以及P-NP问题。 这些是众所周知的数学猜想/数学问题,每年由Clay Mathematics Institute(www.claymath.org)获得100万奖。 只有在解决这些或相关猜想时,只有在解决这些或相关猜测时,才能看到这些见解。任何放大器输入/输出中的波形生成及其优化都是推动非欧几里德解决数据通信和网络问题的推挽特性的结果。 电子部件例如 如果需要,XOR门等用于数字化波。
    • 4. 发明申请
    • Direct digital access arrangement circuitry and method for connecting to phone lines
    • 用于连接到电话线的直接数字接入安排电路和方法
    • US20040161024A1
    • 2004-08-19
    • US10780219
    • 2004-02-17
    • Silicon Laboratories, Inc.
    • Jeffrey W. ScottNavdeep S. SoochDavid R. Welland
    • H04M011/00H04L005/16H04B015/00
    • H04M1/573H04L7/033H04L25/0266H04L25/06H04M1/76H04M3/007H04M11/06H04M19/001H04M19/02
    • An isolation system is provided that is suitable for use in telephony, medical instrumentation, industrial process control and other applications. Preferred embodiments of the invention comprise a capacitive isolation barrier across which a digital signal is communicated. The system provides a means of communication across the isolation barrier that is highly immune to amplitude and phase noise interference. Clock recovery circuitry may be employed on one side of the isolation barrier to extract timing information from the digital signal communicated across the barrier, and to filter the effects of phase noise introduced at the barrier. Delta-sigma converters may be disposed on both sides of the isolation barrier to convert signals between analog and digital domains. An isolated power supply may also be provided on the isolated side of the barrier, whereby direct current is generated in response to the digital data received across the isolation barrier. Finally, a bidirectional isolation system is provided whereby bidirectional communication of digital signals is accomplished using a single pair of isolation capacitors. In preferred embodiments, the digital data communicated across the barrier consists of digital delta-sigma data signals multiplexed in time with other digital control, signaling and framing information.
    • 提供了一种适用于电话,医疗仪器,工业过程控制和其他应用的隔离系统。 本发明的优选实施例包括电容隔离屏障,通过数字信号传送数字信号。 该系统提供跨越隔离屏障的通信手段,其高度免疫幅度和相位噪声干扰。 可以在隔离屏障的一侧采用时钟恢复电路,从跨屏障通信的数字信号提取定时信息,并且滤除在屏障处引入的相位噪声的影响。 Δ-Σ转换器可以设置在隔离屏障的两侧以在模拟和数字域之间转换信号。 隔离电源也可以设置在屏障的隔离侧上,由此响应于穿过隔离屏障接收的数字数据产生直流电流。 最后,提供双向隔离系统,由此使用单对隔离电容器实现数字信号的双向通信。 在优选实施例中,跨屏障通信的数字数据由与其他数字控制,信令和成帧信息在时间上多路复用的数字delta-sigma数据信号组成。
    • 6. 发明申请
    • Echo cancellation for a packet voice system
    • 分组语音系统的回波消除
    • US20040136447A1
    • 2004-07-15
    • US10736349
    • 2003-12-15
    • Wilfrid LeBlanc
    • H04B001/38H04L005/16H04M009/08
    • H04M11/062G10L19/0208G10L19/24H04L5/06H04L47/32H04L49/90
    • An apparatus and methods supporting improved echo cancellation in a packet network is disclosed. An embodiment of the present invention may permit a split-band communication system operating in a narrowband mode to provide improved suppression of hybrid echo generated by the conversion of signals from a packet network to a two-wire analog circuit. By detecting the presence of signal characteristics outside of the relatively narrower bandwidth to be communicated, such an embodiment may more accurately detect the occurrence of speech received from a party on a relatively wider bandwidth communication circuit. The accurate detection of speech permits more effective suppression of any hybrid echo remaining after echo cancellation. An embodiment of the present invention may also have application in other systems that detect signals received via a path having a bandwidth greater than that to be transmitted.
    • 公开了一种在分组网络中支持改进的回波消除的装置和方法。 本发明的实施例可以允许以窄带模式操作的分离带通信系统通过将信号从分组网络转换为双线模拟电路而产生的混合回声提供改进的抑制。 通过检测要传送的相对较窄带宽之外的信号特性的存在,这样的实施例可以更准确地检测在相对较宽带宽通信电路上从一方接收的语音的发生。 语音的准确检测允许更有效地抑制回声消除后剩余的任何混合回波。 本发明的实施例还可以应用于检测经由具有大于要发送的带宽的路径接收的信号的其他系统中。
    • 8. 发明申请
    • System and method supporting auto-recovery in a transceiver system
    • 支持收发系统自动恢复的系统和方法
    • US20040086030A1
    • 2004-05-06
    • US10313258
    • 2002-12-05
    • Kang XiaoMario CaresosaHongtao JiangRandall Stolaruk
    • H04L005/16H04B001/38
    • H04J3/0685H04J3/04H04J3/0688H04J2203/0089
    • A method and apparatus are disclosed to aid a transceiver chip, in a serial data communications system, in recovering from a system-side, out-bound data clocking problem. If a problem with a primary clock signal, used to clock data from a system-side of a transceiver chip through at least a part of an out-bound data path of the transceiver chip, is detected, then a more reliable secondary clock signal is substituted for the primary clock signal. Once it is determined that the primary clock signal has recovered, the primary clock signal is switched back to and certain discrete circuits of the out-bound data path of the transceiver chip are automatically reset in hardware without the need for system level intervention to avoid any problems due to clock glitches on the primary clock signal during the switching.
    • 公开了一种方法和装置,用于帮助串行数据通信系统中的收发器芯片从系统侧的出站数据计时问题中恢复。 如果检测到用于通过收发器芯片的出站数据路径的至少一部分对收发器芯片的系统侧的数据进行时钟的主时钟信号的问题,则更可靠的辅助时钟信号是 代替主时钟信号。 一旦确定主时钟信号已恢复,则主时钟信号被切换回并且收发器芯片的出站数据路径中的某些离散电路在硬件中自动重置,而不需要系统级干预来避免任​​何 在切换期间由于时钟信号引起的主时钟信号引起的问题。