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    • 3. 发明申请
    • TRANSCEIVER HAVING HEAC AND ETHERNET CONNECTIONS
    • 具有HEAC和以太网连接的收发器
    • US20120099600A1
    • 2012-04-26
    • US12908772
    • 2010-10-20
    • TIEN-JU TSAI
    • TIEN-JU TSAI
    • H04L12/56
    • H04L12/413
    • A transceiver having HEAC and Ethernet connections is disclosed. An active hybrid & common-mode bias (AHCB) unit facilitates the transmission of differential transmission signals and the reception of first differential reception signals. An Ethernet line gate controllably configures the pairing among first and second differential Ethernet signals, the differential transmission signals and second differential reception signals. An Ethernet physical-layer (PHY) transceiving unit receives both or one of the first and second differential reception signals and the differential transmission signals, followed by processing the reception signals at a physical layer.
    • 公开了一种具有HEAC和以太网连接的收发器。 有源混合和共模偏置(AHCB)单元有助于差分传输信号的传输和第一差分接收信号的接收。 以太网线路栅极可控地配置第一和第二差分以太网信号之间的配对,差分传输信号和第二差分接收信号。 以太网物理层(PHY)收发单元接收第一和第二差分接收信号和差分传输信号中的一个或其中之一,随后在物理层处理接收信号。
    • 4. 发明授权
    • Decimator and decimating method for multi-channel audio
    • 多通道音频的抽取和抽取方法
    • US08019453B2
    • 2011-09-13
    • US11682462
    • 2007-03-06
    • Tien Ju TsaiChao Wei Huang
    • Tien Ju TsaiChao Wei Huang
    • G06F17/00
    • H04H40/45H04H20/34
    • A decimator is used to process a multi-channel audio signal, and includes a memory, a controller and a processing unit. The processing unit is used to decimate each input audio component of a multi-channel audio signal to generate corresponding multi-channel operational data. The controller is used to control read and write actions for each audio component of the multi-channel audio signal and the multi-channel operational data into or from the memory. The memory provides a digital signal process for decimation together with the processing unit. The input of the multi-channel audio and the output of the multi-channel operational data are performed through time division. Compared with conventional decimator circuits, the decimator circuit of the present invention reduces the cost and the power consumption of the hardware circuitry.
    • 抽取器用于处理多声道音频信号,并且包括存储器,控制器和处理单元。 处理单元用于抽取多声道音频信号的每个输入音频分量以产生相应的多声道操作数据。 该控制器用于控制多通道音频信号的每个音频分量和多通道操作数据进入存储器或从存储器读取和写入动作。 存储器提供与处理单元一起抽取的数字信号处理。 通过时分执行多声道音频的输入和多声道操作数据的输出。 与传统抽取器电路相比,本发明的抽取器电路降低了硬件电路的成本和功耗。
    • 8. 发明授权
    • Transmission convergence sublayer circuit and operating method for asynchronous receiver
    • 传输汇聚子层电路和异步接收机的操作方法
    • US07656883B2
    • 2010-02-02
    • US11858135
    • 2007-09-20
    • Tien-Ju TsaiChih-Feng Lin
    • Tien-Ju TsaiChih-Feng Lin
    • H04L12/54
    • H04Q11/0478H04L2012/5647H04L2012/5653H04L2012/5673
    • A transmission convergence sublayer circuit is coupled between a buffer and a deframer. The deframer submits a data stream enable signal and data bytes to the circuit. The data stream enable signal enables the circuit so that multiple groups of byte data belonging to a data cell are received and temporarily stored inside a byte-wise data pipeline. A header cyclic redundancy checker also receives the byte data and then conducts a header search. An idle cell identifier is used to determine if the data cell is a non-idle cell. When the header is found and determined to be a non-idle cell, a descrambler retrieves payload data of data cell from the byte-wise data pipeline and conducts a descrambling operation after obtaining a quantity of data equal to a double word. Ultimately, the double word data is output to the buffer with minimum delay.
    • 传输会聚子层电路耦合在缓冲器和解帧器之间。 解帧器向电路提交数据流使能信号和数据字节。 数据流使能信号使能电路,使得属于数据信元的多组字节数据被接收并临时存储在字节数据流水线内。 标题循环冗余校验器还接收字节数据,然后进行标题搜索。 使用空闲小区标识符来确定数据小区是否是非空闲小区。 当标头被找到并被确定为非空闲小区时,解扰器从字节数据流水线检索数据信元的有效载荷数据,并且在获得等于双字的数据量之后进行解扰操作。 最终,双字数据以最小的延迟输出到缓冲器。
    • 9. 发明申请
    • Method and apparatus for determining sound standard for input sound signal
    • 用于确定输入声音信号的声音标准的方法和装置
    • US20090262246A1
    • 2009-10-22
    • US12081745
    • 2008-04-21
    • Tien-Ju TsaiShih-Chuan LuShu-Ming Liu
    • Tien-Ju TsaiShih-Chuan LuShu-Ming Liu
    • H04N5/14
    • H04N5/60H04N5/46H04N21/4394
    • A method for determining a sound standard for an input sound signal includes the following steps. Firstly, the input sound signal is filtered to obtain a first filtered signal corresponding to a first frequency and a second filtered signal corresponding to a second frequency. Next, the first filtered signal is frequency-demodulated to obtain a first demodulated filtered signal, and whether the input sound signal contains a FM analog component corresponding to the first frequency is determined accordingly. Next, the second filtered signal is decoded according to a digital sound standard to obtain a bit stream. Then, the bit steam is interpreted according to the digital sound standard, and whether the input sound contains a digital component corresponding to the digital sound standard is determined accordingly. Then, whether the input sound signal matches one of known sound standards is determined based on the determined results above.
    • 用于确定输入声音信号的声音标准的方法包括以下步骤。 首先,对输入声音信号进行滤波以获得对应于第一频率的第一滤波信号和对应于第二频率的第二滤波信号。 接下来,对第一滤波信号进行频率解调以获得第一解调滤波信号,并且相应地确定输入声音信号是否包含与第一频率相对应的FM模拟分量。 接下来,根据数字声音标准对第二滤波信号进行解码以获得比特流。 然后,根据数字声音标准解释位蒸汽,并且相应地确定输入声音是否包含与数字声音标准相对应的数字分量。 然后,基于上述确定的结果来确定输入声音信号是否与已知声音标准中的一个匹配。