本文提出了一种新的电视扫描字符发生器的设计方法。
This paper proposes a new method for designing TV scanning character generators.
这套显示字符发生器已应用在几种型号的经纬仪电视跟踪系统中。
Now it's working in several types of the photoelectric theodolite TV tracing systems.
并以视频字符发生器设计为例，对航空电子进行了SOC新设计概念的探索。
With the video symbol generator design's instance, we have explored and demonstrated the new SOC design concept in avionics system.
通过形变模型，类模板字符发生形变逐次向输入待识别字符趋近，从而在两个字符之间求得一种最佳匹配。
In this model the prototype character is deformed gradually in an effort to be much closer to the input character.
本文探讨了在SEIKOEPSON公司生产的EG系列液晶显示器上实现汉字显示的方法，并设计了实现这种显示方式的电路及字符发生器。
This paper discusses the Chinese display method in the EG-series LCDs which are produced by the SEIKO EPSON Co... the circuit and word generator used to realize the display method were designed.
这通常发生在变音符号和重音符号，因为这些字符是此前使用的代码页特有的。
This usually happens with umlauts and accents, because these characters were particular to the code page that was previously in use.
本文提供了对于DB 2UDB数据库内部以及数据库之间发生的字符转换过程的概述。
This article provided you with an overview of the character conversion process that occurs within and between DB2 UDB databases.
对于带前置负号(负前缀)的模式，截断发生在非数字字符的点(包括了内嵌的负号)。
For patterns with a leading minus sign (negative prefix), truncation occurs at the point of a nondigit character, including embedded minus signs.
然后，其返回已匹配发生项的第一个字符或已匹配发生项后面的第一个字符在源字符串中的位置。
It then returns the position in the source string of either the first character of the matched occurrence, or the first character after the matched occurrence.
有一个新的字符可以用于字节码中的标识符中(“ + ”)，一些处理类引用的指令发生了修改，还有一个不同的方法用于处理合成组件。
There's a new character usable in identifiers within the bytecode (" + "), a modification to a pair of instructions to work with class references, and a different approach to synthetic components.
每当从DB 2客户机发生任何请求到DB 2服务器，所有字符数据(例如查询或CHAR主机变量)都要从客户机代码页转换为数据库代码页。
Whenever any request is sent from a DB2 client to the DB2 server, all character data (such as queries or char host variables) is converted from the client code page to the database code page.
在这里，我保证对每个事件过滤逻辑只执行一次，只有当文档中的字符位置发生变化时才会执行。
Here, I made sure that the filter logic is only executed once for each event; it is only executed when the character position within the document has changed.
通过ID获取元素是常用的方法，但是超过20个字符时很容易发生输入错误！
Getting an element by ID is something that's often done and, well, it's easy to mistype something with more than 20 characters in it!
将所有Submit按钮和key -up事件(即在通过键盘键入字符时发生的事件)重新指向到一个将要创建的新函数，称为ajax_search 。
Reroute all Submit buttons and key-up events (that is, an event that occurs whenever you type a character on your keyboard) to a new function you're going to create called ajax_search .
用于表示相同的现实世界实体的格式可能会发生冲突(例如，使用数字和使用字符串表示邮政编码)。
Formats to represent the same real-world entity might be conflicting (for example, number compared with string to represent a postal code).
一种情况是可以发送一个混有数字的字符串来查看会发生什么情况。
One is that you could send a number mixed in with the strings to see what happens.
但是如果必须使用一个或多个复杂规则分解字符串会发生什么情况？
But what happens if a string must be decomposed using one or more complex rules?
如果没有发生缓冲区溢出，返回值始终是组合字符串的长度；这使得检测缓冲区溢出真正变得容易了。
The return value is always the size of the combined string if no buffer overflow occurred; this makes it really easy to detect an overflow.
如果任何已提取的字符串的文本在任何时候发生更改，则在每次生成消息文件时将创建新消息ID。
If the text of any of the extracted strings ever changes, a new message ID will be created the next time a message file is generated.
建议的先后次序在这里没影响；虽然是在执行完成之后才用建议查询统计值，但字符串是在执行发生之前捕捉的。
Advice precedence doesn't matter here; the string is captured before the execution occurs, whereas it's used to look up statistics after execution has completed.
如果解析后的上下文变量内容为空，则不会发生替换，并且变量名称在查询字符串中保持不变(包括“%”符号)。
If the resolved context variable content is null, no replacement occurs and the variable name remains unchanged in the query string (including the "%" signs).
使用基于字符的函数时不会发生用于构建字符的CODEUNITS分解。
The splitting of CODEUNITS used for making the character does not happen when using character-based functions.
此函数试图匹配并返回正则表达式针对源字符串定义的模式的特定发生项。
This function attempts to match and return a specific occurrence of a pattern that is defined by the regular expression against the source string.
此函数试图匹配正则表达式针对源字符串的模式的特定发生项。
This function attempts to match a specific occurrence of the pattern that is defined by the regular expression against the source string.
如果发生这种情况，尝试调整表达式中条件的次序，把数据类型相似的项(数字、字符串、日期等等)分组在一起。
If this happens, try to reorder your conditions in your expression, grouping items of similar data types (Numbers, strings, dates, etc.) together.
这种转换发生在定制DataHandler 内部，是在从xsd数据格式转换为字符串消息负载的出站转换期间发生的。
This translation occurred within the custom DataHandler during the outbound translation from xsd data format to a character string message payload.
但是，您由于知道添加的字符串将产生一个结果，所以能够明白fuzzer成功时会发生什么。
However, because you know that the added strings will produce a result, you can see what can happen when the fuzzer is successful.
因此，仅当正运行的可执行文件的名称在4个字符(一般情况)以下且没有设置标记时，才会发生失败。
Therefore, the failure in question could only happen if the executable running had a name under four characters (it was sed), and had no tag set.
因此，仅当正运行的可执行文件的名称在4个字符(一般情况)以下且没有设置标记时，才会发生失败。
Therefore, the failure in question could only happen if the executable running had a name under four characters (it was sed), and had no tag set.
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