本文介绍了G . 723.1语音编码器的概念，分析了它的技术和特点。
This paper introduces concept of G. 723.1 speech coder and analyses its technology and feature.
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。
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.
利用多级离子注入技术，一种新型的CMOS四值译码器与编码器被设计。
By using the multiple ion implantation technique, novel CMOS quaternary decoder and encoder are designed.
本文另一项主要工作是将相关函数应用到编码器的误差实时校正技术中。
Another main work in the paper is to apply correlation function to real-time error correction techniques for encoder.
文章通过介绍TETRA标准中所采用的信道纠错编码方案对几种纠错编码技术及其性能进行了较为详细的分析，在此基础上给出了信道编码器的实现方案。
This paper introduced the channel coding schemes used in TETRA, analyzed the performance of principle channel coding techniques and then gave the channel coder implementation scheme.
对投影型微光学编码器的原理进行了分析，结合微机电系统集成技术，提出并实现了投影型微光学编码器。
The principle of projection type micro optical encoder has been described and the optics theory of grating imaging is deduced.
本文基于一种常用的扭转试验机，采用了技术较为成熟的扭矩传感器，通过平衡力法测量扭矩，并采用光电编码器测量扭转角；
Torque is measured by equilibrant method in virtue of torque transducer and torsional angle is measured in virtue of photoelectric coder on conventional experimental machine.
该编码器和译码器适合用于高速率的现代通信技术，特别是硬件资源较丰富的环境。
The encoder and decoder is optimized for high-speed modern communications technology, particularly in the higher hardware resources environment.
其具有紧凑尺寸，高性能和坚稳设计等特点，F36编码器是医疗技术或驱动工程应用的理想选择。
Characterized by their compact size, high performance and robust design, F36 encoders are ideal for medical technology or drive engineering applications.
在已有工作的基础上，针对系统功能及协议设计提出了一些改进意见，包括加入多播功能、融入智能视频技术、编码器优化等。
Based on the existing work, the paper proposes several Suggestions on system function and protocol design, including the multicast function, intelligent video technology, codec optimization, etc.
为了提高编码器反馈信号的分辨率，本系统还进行信号四倍频处理技术研究，并设计了原理电路。
To raise the resolution capacity of the encoder feedback signal, this paper still study the technology of having signal frequency 4 times handled, and designs the principle circuit.
本文的主要研究对象是基于DSP的H。 263视频编码器的软件实现方法和DSP系统的开发技术。
The main research objects of our paper are software implement method of H. 263 video CODEC and development technology of DSP system.
该技术避免了以前对所有测量臂，进行初始化编码器的需要-现在，用户可以简单地在机器上操作开关，并开始测量。
This technology avoids the earlier need with all measuring arms to initialize the encoders – now the user can simply switch the machine on and start measuring.
目前，小结构编码器的研究主要集中在编码方式、引进激光技术及新方法新原理的应用等方面。
At present, the research for the miniature encoder is concentrated on encoding scheme, introduction of laser technique, new method and new principle, etc.
我国自主开发生产的无编码器永磁同步电机专用变频器近日在苏州通过技术鉴定。
China's own development and production of non-coder permanent magnet synchronous motor inverter dedicated recently passed technical appraisal in Xuzhou.
在低比特率视频编码时，全零块的预先判断，能够有效地减少编码器的计算复杂性，是优化编码器常用的技术之一。
In the low rate video encoding process, predetermination of all-zero blocks which can be applied to reduce the computational complexity is a common method to optimize the software coder.
根据某型号遥测系统设计技术要求，开展导弹信号采集及编码器的设计工作。
According to a certain model of missile remote measurement system design technology requirements, launch design of the missile Signal acquisition and encoding technology.
然而这些新技术的使用大大增加了H . 264编码器运动估计的复杂度和计算负载。
The new features increase the complexity and computation load of motion estimation greatly in H. 264 encoder.
语音编码是数字语音通信中的一项重要技术，低码率的语音编码器在解决宽带资源的限制方面发挥着重要的作用。
Speech of coding is a very important technology in digital speech communication and low-bit-rate speech codec plays an important role in resolving limit of bandwidth resource.
目前水库闸门开度测量通常使用的是数字编码器，它的测量精确度高且使用绝对编码技术，得到广泛的应用。
At present, the measurement of sluice gate opening usually USES the digital encoder. It has the advantage of high measuring precision and USES the absolute coding method which makes it widely used.
最后采用彩色打印机技术制作出多位相彩虹全息色编码器。
And a new approach to encode and make a phase element by using color-printer techniques is also proposed.
针对编码器日趋小型化的技术要求，本文提出一种全新的编码方式和独特的读数头设计结构，成功研制出了超小型准绝对式编码器。
To satisfy the requirement of encoder miniaturization, a fire-new encoding method and inimitable design structure of reading head are proposed to develop super miniature virtual absolute encoder.
本设计从数字农业精准生产技术平台生产实际要求出发，设计了测量轮式光电编码器测取位移量的方法。
The research designs the measurement using increment photoelectric encoder based on the practice of the digital agriculture platform producing.
先进的技术和高灵活性是我们的增量和绝对式编码器的基本特征。
Advanced technology and high flexibility are the essential features of our incremental and absolute encoders.
该算法主要包括三个特色技术：基于纹线局部走向的分类预测、体现指纹微观纹理的扩展上下文以及基于成像仪器的分类熵编码器概率模型初始化。
There are mainly three distinguishing features in our proposed algorithm:local direction-based prediction, extended context for micro texture and histogram initialization based on imaging apparatus.
编码器与译码器是计算机电路中基本的器件，本课程设计采用EDA技术设计编码和译码器。
Encoder and decoder is a basic computer circuit devices. This Curriculum design by EDA design encoder and decoder.
编码器与译码器是计算机电路中基本的器件，本课程设计采用EDA技术设计编码和译码器。
Encoder and decoder is a basic computer circuit devices. This Curriculum design by EDA design encoder and decoder.
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