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Design and Development of a Knowledge-Based System for Diagnosing Diseases in Banana Plants

机译:基于知识型植物疾病的设计与开发

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Farmers usually find it difficult to identify and treat various diseases in banana plants (BPs) because it demands a wide spectrum of tacit knowledge. This situation motivated the authors to design and develop a technology-assisted knowledge base (KB) system for farmers, in order to diagnose and treat diseases in BPs. As a preliminary step towards building the KB, a set of images of diseases in BPs were taken from the manual published by Vegetable and Fruit Promotion Council Keralam (VFPCK). These sets of images were used to collect data from the agricultural experts and experienced farmers about the symptoms and remedies of various diseases in BPs. The data was collected from the participants by conducting semi-structured interview and then analysed to design the KB system. Since the diagnosis of diseases was a subjective process, an inter-rater reliability check was done on the data, using Cohen's Kappa method. Then using this data, a KB system has been designed and developed as a mobile app named as 'Ban-Dis'. An initial usability study has been conducted on this prototype among a few farmers, and their feedbacks have been recorded. The study results are promising and warrant further enhancements to the system. The KB system would be more beneficial as indicated by the farmers if the interface was in vernacular language.
机译:农民通常发现难以识别和治疗香蕉植物(BPS)的各种疾病,因为它需要广泛的默认知识。这种情况激励了作者为农民设计和开发技术辅助知识库(KB)系统,以便诊断和治疗BPS的疾病。作为建立KB的初步步骤,从蔬菜和水果促进委员会喀拉拉姆(VFPCK)发表的手册中取出了一系列BPS的疾病图像。这些图像被用于从农业专家和经验丰富的农民收集来自农业专家的数据,了解了BPS中各种疾病的症状和补救措施。通过进行半结构化访谈从参与者收集数据,然后分析以设计KB系统。由于疾病的诊断是一个主观过程,因此使用COHEN的Kappa方法对数据进行帧间间可靠性检查。然后使用此数据,设计并开发了KB系统作为名为“禁止”的移动应用程序。在少数农民之间的这种原型上进行了初始可用性研究,并记录了他们的反馈。研究结果是有前途的,并提供对系统的进一步提升。如果界面处于白话语言,则KB系统将与农民指示更有益。

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