磁盘文件最优存储问题，设磁盘上有n 个文件f1, f1,fn，每个文件占磁盘上1 个磁道。这n 个文件的检索概率分别是p1, p2, , pn...

-罗塔，而且移动，可以清楚地看到整个过程

快速傅立叶变换，实现固定长度的快速傅立叶变换-Fast Fourier Transform, the realization of a fixed length of Fast Fourier Transform

这是一个完整的库存管理系统，并配备了完整的源代码。 这个代码学习起来很有趣。

还可以啦!!有问题请讲-can! ! There are problems, please

informix错误信息-informix wrong message

栈的应用-表达式求值2                                                                                                                                                                                                           ..............................................................................................................................................................................

使用VC建立一新工作簿，向单元格添加数据，指定行之前插入一行。 -use VC establish a new book, add to the cells, designated inserted before his trip.

（１） 用一个４＊２０的二维数组Ｍ，第１行存放按从小到大排序的20个所给出的ai和bi，第２行存放相应的作业序号，第３行存放１或２(１代表是来自ai，２代表是来自bi), 第4行存放0或１（０代表作业序号未进入最优调度方案；１代表作业序号已进入最优调度方案） （２） 排序完后，按课本所述方法求一种最优调度方案，存放在S中。 -(1) with a 4* 20 two-dimensional array M, the first a line to deposit a small to large order of 20 given by ai and bi, line 2 store operation corresponding serial number, the first three lines deposited one or 2 (a representative from the ai, 2 representatives from the bi), the first four rows stored 0 or 1 (0 for job number to gain access to optimal scheduling programs a job number has been entered on behalf of the optimal scheduling scheme) ( 2) Sort exhausted, according to the methods described in textbooks, seeking the optimal scheduling of a program stored in the S in.

包含各种测试,查找和算法等代码,如冒泡算法,树的遍历,链表,队列,堆栈等-includes various tests, such as search and algorithm code, such as Bubble algorithm, the tree traversal, linked list, queue, stack, etc.

STL算法实现的大整数加减法的程序， 能够进行正负数的加减，而且是动态数组的， 因此可以无限输入，这是本人这学期的大作业-STL algorithms and the largest integer addition and subtraction procedures, plus or minus a few to carry out addition and subtraction, but is a dynamic array, it can be unlimited importation, this is my semester of this operation