The relative introduction to the data decoding has done after the completion of communication.
还对通讯完成后的数据解码作了相应的介绍。
According to the characteristic of our system, data decoding, windowing, saving, FFT, PSD, and result output is performed by FPGA.
结合本系统的特点，使用FPGA分别实现了数据的译码、加窗、存储、FFT、PSD和结果输出。
The main system chips used EP1K100QC208-3, make up of the clock module, control module, time module, data decoding module, display and broadcast module.
系统主芯片采用EP1K100 QC 208 - 3，由时钟模块、控制模块、计时模块、数据译码模块、显示以及报时模块组成。
Component functionality typically centers around two actions: decoding and encoding data.
组件的功能通常围绕着两个动作：解码和编码数据。
By using a tool that provides some of the processing, you can simplify the process of decoding network data.
通过使用实现某些处理的工具，您可以简化解码网络数据的过程。
The JSF framework gives you two options for encoding and decoding data.
JSF框架提供了两个选项用于编码和解码数据。
In Figure 1 you can see where data encoding and decoding occur in the (by now, I hope, familiar!) JSF lifecycle.
在图1中可以看到数据编码和解码出现在J SF生命周期中的什么阶段(到现在，我希望您已经熟悉JSF生命周期了)。
There are a number of modules in different languages that provide functionality for reading and decoding the data captured by tcpdump and snoop.
有许多使用不同语言编写的模块具有读取和解码tcpdump 和snoop捕捉的数据的功能。
Through the system of decoding and processing, according to the established parameters of interpolation operation, and then get the specific data.
通过系统的破译和处理后，根据既定参数进行插补运算，然后得到具体的数据。
Data compressed encoding and uncompressed decoding is one of the key technologies applied widely in digital communication system at present.
数据压缩编码与解压解码技术是目前广泛应用的数字通信系统中的关键技术之一。
Also preserves trailing bytes at the end of data blocks and USES the trailing bytes in the next decoding operation.
还保留数据块结尾的尾部字节并将这些尾部字节用在下一次解码操作中。
A method and apparatus for decoding an orthogonally encoded data signal in a noncoherent receiver system.
非相干接收系统中对正交编码数据信号进行解码的方法及装置。
The basic idea is that CPU accesses VCP through registers, while exchanging data between VCP and EDMA controller to realize decoding.
其基本思想是CPU通过寄存器控制VCP，并由EDMA控制器同VCP进行数据交互来实现译码。
Then it presented the design work of the DICOM RT data coding and decoding interfaces.
接着介绍了设计实现的DICOMRT数据编码和解码接口。
Error propagation caused by noise can be avoided by precoding the data at the transmitter prior to modulation and decoding operation of received signals.
在调制信号前采用数据预编码，对接收信号进行相应译码，以消除信道中噪声引起的差错传播。
The encoding and decoding algorithm of the data placement scheme is simple, the length of parity stripe is equal in triple parity, computing load is light, and easy to implement.
该算法编码、解码简单，三重校验条纹长度相等，计算负载小，易于实现。
The technology as mentioned above includes message data preprocessing, decoding and checking.
提出了参数辨识技术，它包括报文数据的预处理、译码和校验三部分。
Information is coded in the syntax using time stamps concerning the decoding and presentation of coded audio and visual data and time stamps concerning the delivery of the data stream itself.
信息通过时间戳编码，主要是关于解码以及显示音频和视频数据，时间戳是关于数据流本身。
Complex programmable logic device (CPLD) is finally used in the ground decoding process and then the data is demodulated.
地面利用复杂可编程逻辑器件CPLD实现数据的解调。
Encoding data into and decoding data from communication protocols can often be represented by a simple functional transform.
将数据编码为通信协议和从通信协议解码数据通常可以由简单的函数转换来表示。
In the extract process, through the decoding of the synchronization code to locate the position of the watermark signal embedded in the frame as well as data starting position.
在提取过程中，通过对同步码的解码来定位水印信号嵌入的帧位置以及数据起始位置。
Therefore, Therefore, to the roaming data processing system and the figure for core modules, by roaming data processing, ASN. 1 encoding and decoding ASN. 1 component of three parts.
因此，系统以漫游数据处理和编解码模块为核心，它由漫游数据处理、ASN.1编码、ASN . 1解码组件三个部分组成。
In order to ensure information transmission security, encrypt and decrypt was used in channel coding and decoding of data communication.
为了保证信息传输的安全性，往往在数据通信的信道编码中进行加密处理，在收方进行解密处理。
The decoding device is applied to data signals comprising a plurality of bits.
该译码装置应用于包含复数个位的数据讯号。
This paper presents a technical method of Manchester coding and decoding by single-chip microcomputer with software to implement logging data transmission of multiple channals.
给出一种用单片机系统进行曼彻斯特编译码，实现多路测井数据传输的技术方案。
The A/D decoding circuit received simulation signal form measurement port and converted the signals into data signals which displayed by 7-segment, then signals were sent to data latch.
译码电路接收测量端模拟信号，转化为7段显示的数字信号，发送到数据锁存器上。
By elegantly exploiting the rotational invariance property of the coding technology, a direct decoding algorithm without knowing channels state information (CSI) is derived in data gathering node.
通过利用编码中的旋转不变性，数据融合点无需了解信道状态信息(CSI)即可直接解码。
Techniques of FPGA and DSP are used in logging telemetry signal's decoding. Therefore, the real-time performances and reliability of system can satisfy the requirement of logging data acquisition.
利用FPGA和DSP技术实现了测井遥传信号的解码，保证了系统的实时性和可靠性能够满足测井采集的要求。
Techniques of FPGA and DSP are used in logging telemetry signal's decoding. Therefore, the real-time performances and reliability of system can satisfy the requirement of logging data acquisition.
利用FPGA和DSP技术实现了测井遥传信号的解码，保证了系统的实时性和可靠性能够满足测井采集的要求。
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