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Artificial Intelligence Model Implementation in Web-Based Application for Pineapple Object Counting

机译:基于Web的菠萝对象计数应用中的人工智能模型实现

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Indonesia's horticulture sector will gain the capacity to address traditional agricultural problems by adopting Agricultural 4.0 technology. As a pillar of Industrial Revolution 4.0, Artificial Intelligence (AI) can provide the benefits of time efficiency and minimize human error compared to traditional methods. The research used the crowd-sourcing method as a well-established approach in data gathering collaboration. Python and Flask also used in the research for web-based application development, Keras-RetinaNet for AI training models, and Web Server Gateway Interface (WSGI) for AI Model Deployment. This research resulted in a web-based AI application that can be used to count pineapple objects on a very wide area by using hundreds of aerial photography as training dataset. The accuracy of pineapple object counting with AI model utilization will optimized the use of resources such as water, fertilizer, insecticides, and packaging materials.
机译:印度尼西亚的园艺部门将通过采用“农业4.0”技术来解决传统农业问题。作为工业革命4.0的支柱,与传统方法相比,人工智能(AI)可以提供时间效率的好处并最大程度地减少人为错误。该研究将众包方法用作数据收集协作中的公认方法。 Python和Flask还用于基于Web的应用程序开发的研究,用于AI培训模型的Keras-RetinaNet和用于AI模型部署的Web服务器网关接口(WSGI)。这项研究产生了一个基于Web的AI应用程序,该应用程序可以通过使用数百个航空摄影作为训练数据集来在很大的范围内对菠萝对象进行计数。利用AI模型进行菠萝对象计数的准确性将优化水,肥料,杀虫剂和包装材料等资源的使用。

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