资源列表
beungee_jumping
- 蹦极跳系统的仿真，整个蹦极跳系统的数学描述为mx =mg+bx-a1x -a2|x |x ，m为物体的重量，g为重力加速度，x为物体的位置。-Bungee jumping system simulation, the whole system of bungee jumping mathematical descr iption for mx = mg+ Bx-a1x-a2 | x | x, m is the weight of objects, g is the acceleration du
surfer
- 用python调用surfer绘制等值线图-Drawing with python call surfer isogram
TimeCounter
- 高精度计时器h和cpp文件 使用非常简单 -High-precision timer h and cpp files to use very simple
Wang_Hao
- VC++实现图形化界面的王浩算法。王浩算法用来进行定理的自动证明。-VC++ Achieve the graphical interface of the Wang algorithm. Wang algorithm used to automatically prove theorems.
f
- 一些查找的程序，第一个是二叉查找树，后面两个是其扩展-Some find the procedure, the first is a binary search tree, behind two of its expansion
AT24XX
- 擦除DS12C887时钟芯片的内部数据存储空间 -Erase the internal clock chip DS12C887 data storage space
AccessPW
- 提取ACCESS文件中的密码，不需要暴力破解。从文件中的某一字段直接解密-ACCESS extract document password, do not need to break the violence. From the document directly to decrypt a field
w32_worm_adult
- The worm will duplicate to WINNT catalogue , put worm shelf adult.exe into C: \, in zip file under C:\WINNT , C:\WINNT\system32 , these three catalogues ,. The worm will falsely use the person who sends one name and send the addressee for this mail o
w32_worm_Arod
- The worm will produce Arod.exe and " get to C: \WINDOWS catalogue . After starting the machine again , will put worm shelf Arod.exe into C: \, C:\WINDOWS,In zip file under WINDOWS \system32 , these three catalogues ,. As the user opens Outlook Expres
QCIZip
- 小弟自已寫的簡易QCIZip library，可以簡單的將想要的檔案透過ZIP壓縮，並且有設定密碼加密的功能哦！-Younger brother to write their own simple QCIZip library, can be simple to be desired through the ZIP file compression, and has set a password encryption function of Oh!
w32_worm_great
- It is inserted that the worm will duplicate great.exe to get the systematic materials in the computer of infecting, and produce a scr ipt.ini file to reach in mirc catalogue . The worm will utilize emule to disseminate too. -It is inserted that the w
Traffic_Matrix
- 流量矩阵估计的综述，主要涉及从1996年来，流量矩阵估计领域的经典方法。-Summary of the estimated traffic matrix, mainly ranging from 1996 to the field of traffic matrix estimation classical method.