1.Conceptual, word stem, and soundex searches are possible within the current general framework, but would take quite a bit of work.
概念上，词干和探测法搜索可能已在现有的基本框架之中，但其需要花费很大的工作量。
2.Soundex algorithms have been used to index all US censuses from 1920 onwards, and are a staple of family history software.
Soundex算法从1920年起就一直被用来为所有美国人口做索引，是家族软件常用的算法。
3.The Soundex algorithm brings this problem on itself by failing to map the initial letter of each word to a phonetic digit.
Soundex算法本身造成了这个问题，因为它无法把每个单词中的原始字母映射成语音数字。
4.A spell check application based on Soundex would not, therefore, offer lamb as a suggested correction for the misspelling lam.
这样，基于Soundex的拼写检查应用程序就无法把lamb作为拼写错误的lam的修改建议。
5.This isn't surprising, since the Soundex algorithm was designed to group names that sound alike, not just those that sound identical.
这并不奇怪，因为Soundex算法的设计，就是为了把发音相似的名字组合在一起，而不是严格地按照发音相同组合。
6.As a consequence of this irregularity, the Soundex is not particularly well suited to spell checking in the English language.
这种不规范的后果就是，Soundex不太适合做英语中的拼写检查。
7.Line 15 constructs the Soundex by truncating the word to four characters (possibly padded with 0 characters).
行15通过把单词裁剪成4个字母，形成Soundex（可能要用字符0来填充）。
8.For a start, words that sound distinct may have the same soundex.
首先来说，发音不同的单词可能有相同的soundex。
9.Unfortunately, the Soundex algorithm is a poor candidate for spell checking.
不幸的是，Soundex算法是一个差劲的拼写检查备选方案。
10.Metaphones, like Soundex and other algorithms, use a alphanumeric code to represent the verbal pronunciation of a word.
与Soundex语音算法和一些其他算法类似，Metaphone使用字母数字代码表示单词的发音。