1.
A Tree Kernel Based Reranking Technique for Chinese Syntactic Parsing
一种基于树核的汉语句法分析多重结果重排序技术
2.
Research on Information Retrieval Based on Language Model and Reranking for Retrieval Results;
基于语言模型的文本检索技术及检索结果重排序的研究
3.
A Document Relevance Based Search Result Re-ranking Approach in Relevance Feedback
相关反馈任务中一种基于文档相似度的检索结果重排序方法
4.
Q. How can I randomly sort query results?
问：怎样才能对查询结果随机排序？
5.
The Single Machine Parallel-batching Scheduling Problem with Equal Processing Time;
具有等长工件平行批排序模型的一些结果
6.
The Research on an Improved Algorithm for Specialized Search Results Rank;
一种改进的专题搜索结果排序算法的研究
7.
Dynamic Sorting Methods for the Result of Database Query in SQL Server;
SQL SERVER中动态排序数据库查询结果的方法探讨
8.
An User-Label Based Search Result Ranking Algorithm
一种基于用户标记的搜索结果排序算法
9.
This is the reverse of the default sort order for this kind of result.
使用本修饰符的查询结果是缺省排序方式的倒排。
10.
If no conflicting sort qualifier is specified, this is the default sort order for all result sets.
如果指定的排序修饰符之间没有冲突，那么这是所有结果集的缺省排序。
11.
Implicit conversion of %ls value to %ls cannot be performed because the resulting collation is unresolved due to collation conflict.
无法执行值从%1!到%2!的隐性转换，因为结果排序规则因排序规则冲突而未能解决。
12.
If you string together several matrices and get unexpected results, look closely at the order.
如果你排列了几个矩阵在一起，但是得到了并不期待的结果，请仔细的看看排列的顺序。
13.
If you want to sort the subtotaled groups collapse the outline and try again.
如果您想对分类汇总数据组进行排序，请折叠分级显示并重试一次。
14.
That’s nice, but wouldn’t it be even better if users could order them by importance?
但是如果能够按照对用户的重要性排序，不是更好吗？
15.
RELOCATION OF YANGJIANG EARTHQUAKE SEQUENCES WITH DOUBLE-DIFFERENCE LOCATION ALGORITHM
广东阳江地震序列双差法重新定位结果分析
16.
%3 results returned, showing items %1 - %2, sorted by %4, grouped by %5.
返回%3个结果，显示第%1-%2个项目，按%4排序，按%5分组。
17.
More than %3 results returned, showing items %1 - %2, sorted by %4, grouped by %5.
返回多于%3个结果，显示第%1-%2个项目，按%4排序，按%5分组。
18.
The Web site uses a pair of drop-down menus to sort a list of search results by date.
这个网站使用成对的下拉菜单，根据时间对搜索结果进行排序。