sequence generator
英 [ˈsiːkwəns ˈdʒenəreɪtə(r)]
美 [ˈsiːkwəns ˈdʒenəreɪtər]
网络 序列生成器; 序列码产生器; 序列产生器; 序列发生器
双语例句
- It is common for relational databases to use the concept of primary keys, generated by an auto-increment feature or by a sequence generator.
在关系数据库中通常可以使用主键，它由一个自动递增特性或序列生成器生成。 - Design of adjustable digital multi-pulse sequence generator
可调多脉冲时序发生电路的数字化设计 - Design of pseudo-random sequence generator based on FPGA
基于FPGA伪随机序列发生器设计 - Evolutionary Random Sequence Generator Based on LFSR
基于LFSR的演化随机序列发生器 - Design and Realization of a Pseudo Noise Bit Sequence Generator
一种伪噪声比特序列发生器的设计与实现 - Design and Implementation of The GOLD Sequence Generator Based on VHDL
基于VHDL的GOLD序列发生器的设计与实现 - The acceleration mechanism can be used in acceleration of clock-controlled sequence generator and key preset of stream cipher generator.
此加速机制可应用于钟控序列发生器和序列密码发生器的密钥预置。 - Fingerprint-Based Random Sequence Generator
基于人体指纹特征的随机序列发生器 - Design a sequence generator for the operation of a stepping motor.
设计一个控制步进电机工作的序列产生器。 - The design progress of this sequence generator starts with the listing of sequence both in decimal and binary.
在进行序列产生器的设计时，首先用十进制数和二进数同时列出所需要的序列。 - Pseudo-random binary sequence generator
伪随机二进制序列发生器 - Firstly, the mathematical model of M sequence BPSK signal and M sequence is analyzed, and a program of M sequence generator is given.
首先分析了M序列BPSK信号的数学模型以及M序列的数学模型，给出了一种M序列的计算机产生程序； - Research on Random Sequence Generator in Cryptology
密码学中随机序列发生器的研究 - Application of the DSP in the Pseudo-random Sequence Generator
DSP在伪随机序列发生器中的应用 - In many cipher system, the pseudo random sequence generator is an important part in system security.
在许多密码系统中，伪随机序列生成器是系统安全的一个重要组成部分。 - A secure pseudorandom bit sequence generator is designed and the bit sequences are then transformed into floating point numbers.
设计了一种密码安全的伪随机比特序列发生器，再将比特序列转化为浮点数序列。 - Known-plaintext Attack on Chaotic Pseudo-random Sequence Generator
对一个混沌伪随机序列发生器的已知明文攻击 - In this paper, the Setting of parameters and the selection of trigger mode are expounded in the course of extracted data. analysing digital domain of pulse sequence generator with the 202-logic analyzer.
本交通过应用202逻辑分析仪对脉冲序列发生器的数字域分析，阐述了数据采集过程中的参数设置和触发方式的选择问题。 - In order to test the random sequence generator which we designed in this article, we give the frequency test, serial test, poker test, autocorrelation test and runs test through programs.
针对我们设计的随机序列发生器，通过编程实现了对该随机序列发生器的频数检验、序列检验、扑克检验、自相关检验、游程检验等随机性测试，得到了较好的结果。 - The requirements of Turbo code on its interleaver are analyzed, and a new approach of interleaver using m-sequence generator is proposed based on the pseudo randomness of m-sequence.
分析了Turbo码对交织器的设计要求，根据m序列的伪随机特性，提出了一种利用m序列生成器的交织器设计。 - So, how can we get high quality random sequence generator has become a very vital problem.
因此如何能够得到高质量的随机序列发生器就成为了信息安全重点研究的问题。 - Then critical technologies of simulation system are discussed, including frame processing structure, FH sequence generator, simulation models of path loss and multipath channel, simulation of signal propagation delay and jamming signal etc.
其次，讨论了仿真系统实现的关键技术，包括帧处理结构、跳频序列发生器、路径损耗与多径信道仿真模型、信号传播延时及干扰信号的仿真等。 - The design method of signal sequence generator is introduced. The process of study and analysis of frequency control word, practical FPGA design plan, and simulation and experiment result are given mainly in the paper.
叙述了信号序列产生设计方法，重点介绍频率控制字分析和研究过程、FPGA实现方案及其仿真实验结果。 - [ 4]. It also discusses the application of ternary sequence generator in secrecy communication.
并提出了基于文献[4]的三值D型触发器的三值序列滤波器与三值序列发生器的设计，讨论了三值序列发生器在保密通信中的应用。 - Then key techniques of simulation system are discussed, including frame processing structure, FH sequence generator, etc.
其次讨论了跳频仿真系统实现的关键技术，包括帧处理结构、跳频序列发生器等； - In addition, a pseudo-random sequence generator was designed with programmable logic device CPLD, which could be used as testing signal source in communication systems.
另外，本文还利用可编程逻辑器件CPLD设计了一个伪随机序列发生器，可用作通信系统测试的信号源。 - First, the paper uses cryptography characteristic of chebyshev chaotic map to design a pseudo-random sequence generator of double chaotic system and analyze performance of the chaotic system.
首先，利用chebyshev混沌映射的密码学特性，设计一种双混沌系统的伪随机序列发生器，并对其进行性能分析和计算机仿真。 - Based on this chaotic system designed a chaos pseudo random sequence generator, used standard test method provided by NIST to test performance of sequence produced by the generator.
基于该混沌系统设计了一个混沌伪随机序列发生器，并对该发生器产生序列的性能使用美国国家标准与技术委员会（NIST）提供的测试标准进行了测试。 - Then on this basis, the chaotic signal generators are designed by using traditional analog circuits. Meanwhile, Chebyshev sequence generator and unified chaotic signal generator are designed by Xilinx System Generator.
在此基础之上，采用传统的模拟电路设计混沌信号发生器，同时基于XilinxSystemGenerator设计Chebyshev序列发生器和统一混沌信号发生器。 - Circuit was synthesized and simulated by the ISE software developed by Xilinx. It lays a foundation for the design of the chaos pseudo-random sequence generator.
然后通过Xilinx公司的开发工具ISE对电路设计进行了综合与验证，为设计混沌伪随机序列发生器奠定了基础。