Mobile Application Based Expert System for Cattle Disease Diagnosis and Treatment in Afan Oromo Language

IF 0.9 Q4 MEDICAL INFORMATICS
D. Shanka, A. Genale
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引用次数: 1

Abstract

Ethiopia is best known for its cattle population in Africa. Nonetheless, cattle diseases is the major constraint to cattle production and its safe utilization. For the developing countries, cattle disease creates a considerable effect on the livelihood and lives of the farmers. In this research work we have developed a mobile application based expert system in afan oromo language for diagnosing and treating cattle diseases. Knowledge Base regarding the various diseases affecting cattle’s in the study area was acquired by using both secondary and primary sources. The primary knowledge source was collected from West Guji and Bornea zonal area domain experts and the secondary sources of knowledge was collected using document analysis. Purposive sampling technique was used for selecting domain experts for knowledge acquisition process. The proposed expert system was developed using rule based knowledge representation approach and using decision tree knowledge modeling technique. After knowledge is acquired it was represented using rule based knowledge representation method using Java Programming language and a user interface was designed and developed using XML that fits into the present day smart phones and the application will be cross platform. User acceptance testing and overall system performance testing was made after the prototype was developed. Accordingly, the mobile application demonstrated 81% of accuracy and among the users who were made a user experience evaluation, 84% of them got satisfied by the performance of the mobile application.  
基于移动应用的阿凡奥罗莫语牛疾病诊治专家系统
埃塞俄比亚以其在非洲的牛群而闻名。然而,牛疾病是制约牛生产及其安全利用的主要因素。对发展中国家来说,牛病对农民的生计和生活造成相当大的影响。在这项研究工作中,我们开发了一个基于阿凡奥罗莫语的移动应用程序专家系统,用于牛疾病的诊断和治疗。通过使用二级和一级来源获得了研究地区影响牛的各种疾病的知识库。主要知识来源为西古集和Bornea地带性领域专家,次要知识来源为文献分析。采用目的性抽样技术选择领域专家进行知识获取。采用基于规则的知识表示方法和决策树知识建模技术开发了该专家系统。在获取知识后,采用基于规则的知识表示方法,使用Java编程语言对其进行表示,并使用适合当今智能手机的XML设计和开发了用户界面,该应用程序将是跨平台的。原型开发完成后进行了用户验收测试和系统整体性能测试。因此,移动应用程序的准确率达到81%,在进行用户体验评估的用户中,84%的用户对移动应用程序的性能感到满意。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
CiteScore
3.30
自引率
0.00%
发文量
12
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