CAJ | 학술논문

在SPSS17．0中如何正确实现正交试验设计及其数据分析有着十分重要的现实意义，用实证对比研究方法发现，除考虑交互作用时，需用正交试验设计书中的正交设计表来安排试验，确定试验次数外，其余工作均可在SPSS17．0中完成，即可以利用数据菜单中正交设计过程里的生成程序产生正交表，用显示程序打印正交设计方案，再用SPSS中多因素方差分析的方法来完成正交试验设计的方差分析，同时可考虑交互作用；因此，在SPSS17．0中是可以实现正交试验设计及对试验结果进行分析的，它填补了SPSS教材中的一个空白。
재SPSS17．0중여하정학실현정교시험설계급기수거분석유착십분중요적현실의의，용실증대비연구방법발현，제고필교호작용시，수용정교시험설계서중적정교설계표래안배시험，학정시험차수외，기여공작균가재SPSS17．0중완성，즉가이이용수거채단중정교설계과정리적생성정서산생정교표，용현시정서타인정교설계방안，재용SPSS중다인소방차분석적방법래완성정교시험설계적방차분석，동시가고필교호작용；인차，재SPSS17．0중시가이실현정교시험설계급대시험결과진행분석적，타전보료SPSS교재중적일개공백。
It has very important practical significance for correct realization of orthogonal experimental design in SPSS 17.0 and data analysis. It has been discovered through real evidence comparison that in regardless of the interactive impact it is essential to arrange the experiment using the orthogonal design table from the orthogonal design book. Apart from determining the number of experiments, SPSS17. 0 is able to apply all other procedures, which include generating orthogonal table through MenwData-Orthogohal Design-Generate, printing out orthogonal design project using Display and finally completing ANO- VA in orthogonal experimental design utilizing multi-factor ANOVA in SPSS with consideration of the interactive impact. Therefore, it is possible to achieve orthogonal experimental design and analysis of its result in SPSS 17.0,which would fill the gap in SPSS textbooks.