自编码的英文

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英文翻译
造句

own coding

自 self; oneself; one's own
编码 encoded; code; coded; encryp ...
自编码常式 own coding routine
自编码程序 own coding routine
自编码排序, 用户程序排序 own coding sort
自编程 self-programming; self-reducing techeometer
自编机 self organizing machine; self-organizing machine
自编辑 self editing
自编程软件 self-programming software
自编辑程序 self editor
自编教本 homemade textbooks
自编考试 classroom test
自编密码 private code
自编系统 self organizing system; self-organizing system
自编译程序 self compiler; self-compiler
自编译语言 self compiling language; self-compiling language
编码 encoded; code; coded; encrypt; codogram; coding◇编码表 encode table; 编码程序 builder; 编码尺 coded scale; 编码地址 encode address; 编码电路 coding circuit; 编码度盘 coded circle; 编码方式 encoded mode; 编码符号 coded identification; 编码管 coding tube; 编码规则 code rule; 编码机 code machine; 编码控制系统 code control system; 编码理论 coding theory; 编码律 encoding law; 编码率 encoding rate; 编码脉冲 coded pulse; 编码盘 coding disc; coding mask; encoding board; 编码十进制 coded decimal; coded decimal notation; 编码十进制数 coded decimal number; 编码数据 coded data; 编码通信设备(系统) navamander; 编码信号 code signal; 编码信息 coded message; 编码员 coder; 编码指令 coded order; 编码字符组 coded character set
教师自编测验 teacher made test
自编程序软件 self-programming software
自编程序系统 self-programming system
自编主观问卷 ssq
自编程序计算机 automatic programming machine; automaticprogramming machine; self programing computer; self programming computer; self-programming computer
自编辑程序计算机 self programming computer
自编辑文件程序 self documenting program
自编特质应对问卷 csq

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例句与用法

Therefore , fast and reliable synchronization algorithm is one of key technologies in sess system
因此,迅速、可靠地建立同步是自编码扩频通信最主要的环节之一。
Finally , we summarizes the work that had been done and point out some directions need to study in the future
最后对本文工作进行了总结,展望了对自编码扩频通信技术的进一步研究。
In sess , the special way producing the spreading codes determines that the spreading codes are more important in sess communication system
在自编码扩频通信中,特殊的扩频序列产生方式决定了自编码扩频序列对于整个系统性能的影响更是巨大的。
We build the baseband model of the ar self - encoded spread spectrum system both for a user and multi - user , and do a lot of simulation for the system . in addition , we discuss the performance deeply based on the simulation
本文建立了单用户及多用户的ar自编码扩频系统的基带模型,并在仿真结果的基础上,对该系统的性能进行了更深入的讨论。
Some novel technologies are also proposed , such as two dimensional spread spectrum ( 2d - ss ) , self - encoded spread spectrum ( sess ) , multiple input multiple output ( mimo ) , orthogonal frequency division multiplexing ( ofdm ) and so on
另外,对目前新兴的一些抗干扰技术,如二维扩频、超宽带、多天线、自编码扩频等技术也做了简单分析。
Aiming at that spread sequence isn ’ t strict balanceable in the basic seds system , we set up three improved models , which can make the sequence balanceable . at the same time their ber performances are different
本文针对基本自编码直扩系统的扩频序列无严格的0 / 1平衡特性,建立了三种都能达到扩频序列平衡、但系统误码性能不同的改进模型。
The data recovery at the receiver requires the spreading codes . in sess system , the receiver doesn ’ t know which spreading code will be used , so first it must de - spread the received signal correctly to regenerate the spreading code
自编码扩频系统的扩频序列是接收端事先未知的,不能用事先设计的本地扩频序列产生器产生,需要由恢复的数据获得。
The spreading code is acquired from the transmission data source . as a result , the method to generate the spread codes is very important . and the method determines the practical application of sess communication system
自编码扩频通信的扩频序列是从待传输的信源数据流中获得的,因此信源的随机化技术是自编码扩频通信的基础,它在很大程度上决定了自编码扩频通信是否能获得实际应用。
In this article , we introduce the basic principle of the self - encoded direct spread ( seds ) system , construct the model of the system , and analyze the main performances of the system , such as ber performance , self - interference , mai performance and so on
本文介绍了自编码扩频系统的基本原理,构建了系统模型,并对其主要性能,如误码率性能、自干扰特性、多址能力和抗多径干扰能力等作了分析。
At 1999 , lim nguyen first brought forward a novel self - encoded spread spectrum ( sess ) system , which spread spectrum sequence is full builded by the source data . in sess system , which does not use pn codes . it employs random spreading sequences that are extracted from the information data
自编码直扩通信是limnguyen在1999年首次提出的一种利用信源数据产生扩频序列的随机直扩技术,它产生具有随机的、动态可变的扩频序列,因而是一种较好的安全通信方式。