M sequence pseudorandom code is used for encoding the pseudorandom code absolute encoder, double slit technique is used to perform time sharing reading and ROM is used as the coding device.
伪随机码绝对式编码器采用M序列伪随机码作为编码方法，采用双狭缝技术进行分时位置读取，并采用ROM元件进行译码输出。
The video encoder transmits the encoded header information as a first sequence of bits and transmits the encoded residual information as second sequence of bits.
所述视频编码器发射所述经编码标头信息作为第一位序列且发射所述经编码残余信息作为第二位序列。
A new code generating method based on pseudo-random sequence is proposed. The generation of the absolute encoder as well as its application is described.
提出了一种基于伪随机序列的索引式绝对位置编码，介绍了它在绝对位置角度传感器中的应用和生成方法。
The encoder generates the m sequence for communication, the receiver and then decoded. For the expansion of the frequency communications. Through the state machine implementation.
说明：编码器生成M序列进行通信，接收后再进行解码。用于扩频率通信中。通过状态机实现。
Research on single track Beeline Encoder with CCD Fractionize is presented in the paper. A coding theory and an algorithm for shift sequence code is put forward.
提出了一种单道编码CCD细分直线编码器，论述了其位移连续码的编码理论及算法。
Research on single track Beeline Encoder with CCD Fractionize is presented in the paper. A coding theory and an algorithm for shift sequence code is put forward.
提出了一种单道编码CCD细分直线编码器，论述了其位移连续码的编码理论及算法。
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