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1·This is a binary comparison.

这是二进位比对。

2·The script takes so much time because it actually involves exporting a full copy of the binary to the local disk for comparison.

该脚本之所以要花费那么多时间，是因为它实际上要将整个二进制文件的副本导出到本地磁盘，以进行比较。

3·Now, if I may continue, once the CompareOther function has been written, the faithful needs only to write a binary predicate to wrap the comparison function.

既然这样，一旦CompareOther写好了，只需要写一个二元谓词将比较函数包装起来就可以了。

4·Finally an analytic comparison is made between those two kinds of counters in both their circuit structure and economic property, and hence the advantages of the binary-N carry counter are proved.

最后，就这两种计数器在电路结构和经济性能方面进行了分析比较，论证了二—N进制计数器的优点。

5·This algorithm scans the data base only once and the speed of binary operation is faster than the speed of comparison of item sets and transactions.

此算法只扫描一遍数据库，并且二进制数的位运算速度比候选集与事务记录的比较运算速度要快得多。

6·Comparison between the two examples by calculating step by step, the characters of binary code and BCD code are show.

通过逐步计算的方法对两个实例进行了比较，并给出二进制编码和BCD编码的特点。

7·Results of comparison show that the threaded binary-trees generated by the new method are more efficient than the traditional ones.

比较的结果表明，新算法所生成的线索二叉树比传统的先序和后序线索二叉树优越。

8·Comparison between flash system and binary cycle shows, the former should be considered a relatively better choice of single stage energy conversion system for low-medium temperature.

对闪蒸系统和双工质循环的比较表明，前者对中低温地热发电来说，是一种可供选择的较好的单级能量转换系统。

9·Then a comparison is given between PATRICIA tree based and binary seek by characters dictionary mechanism.

最后通过实验，在时间效率上与逐字二分的分词词典机制进行了比较。

10·These two important properties ensure that thefiltering go on in binary filed only with easy comparison, addition and multiplication, which allow an efficient VLSI implementation.

堆栈滤波器的特点是具有阈值分解和堆栈特性，这两个重要性质将滤波过程转化到二进制运算，易于VLSI 并行实现。