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EyeSmell: Rice Spoilage Detection using Azure Custom Vision in Raspberry Pi 3

机译:eyesmell:使用覆盆子pi 3使用Azure自定义视觉的水稻腐败检测

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Rice is the staple food of the Filipinos. According to the Bureau of Agricultural and Fisheries Product Standards, an average Filipino consumes 4-5 servings of rice per day. But because there is no accurate way of detecting rice spoilage before consumption, Filipinos only rely on their senses to know whether the rice is spoiled or not. This makes them at risk of foodborne illness due to rice spoilage. But with the latest technology advancements, machine learning could be used to help lessen the risk and cases of food illness caused by rice spoilage. This study focuses on the implementation of Azure Custom Vision API to detect rice spoilage. Gas sensor readings and images captured during data gathering were correlated with a resulting value of 1 which corresponds to a very strong correlation. The system was tested by the researchers using 20 different rice samples that includes 10 samples of spoiled rice and 10 samples of not spoiled rice which resulted in a detection accuracy of 85%. The system is implemented with its own container using a Raspberry Pi 3B with a camera module through Python programming language.
机译:大米是菲律宾人的主食。根据农业和渔业局的产品标准,平均菲律宾人每天消耗4-5份米饭。但由于在消费前没有准确地检测水稻腐败,菲律宾人仅依靠他们的感官来了解米是否被宠坏了。这使得它们由于水稻腐败而导致食源性疾病的风险。但随着最新的技术进步,机器学习可用于帮助减少水稻腐败引起的食物疾病的风险和案例。本研究侧重于实施Azure自定义视觉API以检测稻米腐败。在数据收集期间捕获的气体传感器读数和图像与结果为1的相关值相关,这对应于非常强的相关性。该系统由研究人员用20种不同的水稻样品测试,其中包含10个损坏的水稻样品和10个不损坏的水稻样品,导致检测精度为85%。该系统用自己的容器使用覆盆子PI 3B与通过Python编程语言的相机模块一起实现。

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