JOURNAL ARTICLE

Test Case Design Using Classification Trees

Matthias Grochtmann

Year: 1994 Journal:   PLoS ONE Vol: 18 (10)Pages: e0286216-e0286216   Publisher: Public Library of Science

Abstract

This study introduces Multi-dimensional Disparity Index (MDI) to measure multi-form of disparity in different level of governments referencing Nepal. The measurement scale of MDI was developed by adopting Santos and Alkire's (2011) approaches. A wide range of thematic experts was consulted, employing the Semi-Delphi approach to determine its dimensions and indicators. The MDI in this study includes six dimensions and 34 indicators composited with dimension-wise indices like Economy Disparity Index [ECODI], Educational Disparity Index [EDUDI], Health Disparity Index [HDI], Geography and Climatic Vulnerability Index [GCVI], Living Standard Disparity Index [LSDI], and Demography Disparity Index [DDI]. Overall, the study revealed the extent of multi-dimensional disparity across three tiers of government in Nepal. More specifically, Nepal scored 0.388 MDI value. Karnali and Bagmati provinces are accounted as the highest and least deprived. This study contributes essential knowledge, particularly in exploring the dimensions and their indicators and develops an approach to measure multi-dimensional disparities. Most existing approaches for assessing disparities are mono-dimensional and measure the disparities in a single aspect. In this context, MDI provides a broader approach to consider multiple dimensions and measures multiple aspects in a country like Nepal, where disparity manifests at multiple levels.

Keywords:
Computer science Test Management Approach Keyword-driven testing Test (biology) Test case Tree (set theory) Machine learning White-box testing Notation Decision tree learning Data mining Artificial intelligence Decision tree Software engineering Software Programming language Software development Mathematics Software construction

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Citation History

Topics

Software Testing and Debugging Techniques
Physical Sciences →  Computer Science →  Software
Software Reliability and Analysis Research
Physical Sciences →  Computer Science →  Software
Software System Performance and Reliability
Physical Sciences →  Computer Science →  Computer Networks and Communications

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