方差分析通用程序的算法自检功能-《计算机技术与发展》

文章信息/Info

Title:: Self- Checking Function of Algorithm about Universal Program for Analysis of Variance

Author(s):: WAN Hai-qing; LI Yan-ping; ZHOU Guo-qing; LI E）ong-mei; Life Science Department, Hunan University of Arts and Science

Keywords:: ortbogonal arrays; self-checking; complete combination; classical trials; C language

摘要:: 对来自中文源文献的64张正交表按其有无平方和、自由度的自检功能进行了分组归类。选定其中13张正交表为C语言编程的内核，将套每张正交表进行方差分析的算法编写成13个可由主函数调用的子程序。在此过程中添加“自动检校”程序，以套L16（4×2^12）分析三因素正交试验结果的编程运行为例，首次对算法的功能正确性通过C程序运行结果同时显示出来。再借助Windows2000平台的Turbo C2．0集成环境，形成可供85种以上的复因素水平组合方案按经典试验设计的数据结构进行方差分析的通用程序源文件，为不依赖统计软件而

Abstract:: The 64 orthogonal arrays, which originated from the literatures in Chinese, are categorized according to self - checking of quadratic sum and degree of freedom. The 13 orthogonal arrays in 64 are selected as the inner core of C program. The algorithms in which the variance of each orthogonal array is analyzed are designed as 13 subprograms. In this process, the self - checking program is added, with an example of the rtmning and programming for analysis on results of tri - factors- orthogonal trials by L16（4 × 2^12）, the correctness of algorithms is showed with the running results of C in the same time. Used the Turbo C in Windows 2000, the general source program files, by which more than 85 multi - factor combined schemes are analyzed by data structure＇s variance according to the design of classical trials, is formed. It establishes a new method for data mining but not depend on statistical software