用UML表示代码元素有许多好处。
There are many benefits of representing code elements in UML.
通过双击这些元素，您可以到达源文件中相应的代码元素。
By double-clicking these elements, you can reach the corresponding code elements in the source files.
事实上，许多非电子化的作品不可能真正直接编码元数据。
In fact, many non-electronic works cannot really encode metadata directly.
密码元素的长度必须至少是6个字符，并且同时包含数字和字母。
Password element lengths must be at least 6 characters long and contain both Numbers and letters.
调用(Invocation)——调用或执行方法和其他代码元素时的点。
Invocation — Points when methods and other code elements are called or executed.
获取或设置与代码元素关联的注释。
获取一个指定代码元素的完全限定名。
我们专业做按钮、耳机插座、晶振等数码元件。
We do professional button, headphone jack, crystal and other digital devices.
提出了一种数字通信信号码元速率的估计算法。
A new algorithm is proposed for symbol rate estimation of digital communication signals.
最后根据相关峰位置对后续码元进行同步修正。
Finally, it corrected the following symbol synchronization according to the correlation peak location.
码元定时恢复(位同步)技术是数字通信中的关键技术。
Symbol timing recovery (Bit Synchronization) is the key technology in the digital communication.
从源文件中移除代码元素，并在它的位置上添加新的代码元素。
Removes a code element from the source file, and adds a new one in it's place.
引导码元辅助检测是陆地移动无线环境下的一种有效检测方案。
Pilot symbol aided detection is an efficient detection scheme used in land mobile radio environment.
码元判决算法的设计是扩频序列能被正确接收的关键技术之一。
The design of bit decision algorithm is a key technique for the DS spread spectrum sequence to be received correctly.
提出了一种多码元差分检测与软判决译码相结合的解调译码方案。
This paper proposes a demodulation and decoding scheme, which combines multiple symbols differential detection with soft-decision decoding.
提出了一种多码元差分检测与软判决译码相结合的解调译码方案。
The paper proposes the application of nonredundant error correction in differential demodulation combined with soft-decision decoding.
定义用于在设计时动态创建、更新和移除某一类型的代码元素的方法。
Defines methods to dynamically create, update and remove code elements for a type at design time.
由于CPM信号固有的记忆效应，传统的引导码元编码规则对它不适用。
However, because of the inherent memory effect of CPM signal the traditional pilot symbol encoding rule is not feasible.
使用属性标记代码元素的能力揭示了您的意图，即让一些外部因素对后面的代码起作用。
The ability to mark code elements with attributes declares your intent that something external operates on the code that follows.
有一个替换字符值无效，因为它不可打印或者与它的相应掩码元素不匹配。
One of the replacement character values is not valid because it is not printable or does not match its corresponding mask element.
本文还研究了参数统计方法在估计通信信号的载波频偏和码元速率中的应用。
This dissertation also does research on the application in estimation of communication signals' carrier offset and symbol rate with the parametric statistical method.
文中采用圆形目标及编码元素作为标记点，并提出一种标记点自动检测算法。
In this paper circular uncoded targets and coded targets are used as reference points, and an algorithm of automatic reference point detection is proposed.
最后分析了干扰信号在存在误码、码元宽度误差以及载频误差情况下的干扰效果。
Lastly, the jamming effectiveness is emphatically analyzed in the presence of bit error, bit width error and carrier frequency error.
本文介绍了一种利用混合数字锁相环(HDPLL)实现码元定时恢复的新方法。
Anovel approach to implement symbol timing recovery is presented which USES a hybrid digital phase locked loop (HDPLL).
在该过程的最后，我们将能够通过可溯性链接将高层次的业务元素和系统功能链接到代码元素上。
At the end of this process, we will be able to link the high-level business elements and system functionality to code elements through traceability links.
多普勒不仅造成宽带水声通信信号的载波频率偏移，而且引起码元符号的展宽或压缩。
Doppler effect causes not only carrier frequency offset, but also symbol expansion or compression for wideband acoustic communication signal.
估计并补偿频偏是为了实现载波同步，估计符号率和校正定时误差是为了实现码元同步。
Estimating and compensating carrier frequency offset are to achieve carrier frequency synchronization. Estimating symbol rate and correcting timing error are used to synchronize symbol.
泛型的使用使您的代码库更容易维护，尤其当代码库不断增长，以及将代码元素转换为可重复使用的库时。
The use of generics makes your code base much more maintainable, especially as it grows and you turn code elements into reusable libraries.
由于信息码元与校验码元之间关系的重要性，对每一种码的生成矩阵和校验矩阵均进行了讨论。
For the importance of the relationship between information and parity, the generator matrix and the parity-check matrix of every code have been discussed.
由于信息码元与校验码元之间关系的重要性，对每一种码的生成矩阵和校验矩阵均进行了讨论。
For the importance of the relationship between information and parity, the generator matrix and the parity-check matrix of every code have been discussed.
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