基于深度学习的苹果内部品质评价系统开发与设计OA
苹果素有水果之王的美誉,随着国内各省苹果产量的上涨,许多患有霉心病、磕碰伤等内部缺陷的苹果也混杂在市场中.传统的人工识别只能检测苹果外部品质,无法对内部品质进行评估.基于红外光谱、CT扫描等检测技术成本高昂,超声以其价格低廉,对环境无害的优点,给苹果内部品质的无损检测与分级技术提供新的思路.该文提出基于超声信号分析和深度学习技术,开展苹果内部品质检测方法研究,并改进 ResNet18模型,分类准确率达到 93.8%,并开发设计了苹果内部品质检测系统.
Apples are known as the king of fruits.With the increase in apple production in various provinces in the country,many apples suffering from internal defects such as mildew heart disease and bumps are also mixed in the market.Traditional manual identification can only detect the external quality of apples and cannot evaluate the internal quality.Based on the high cost of detection technologies such as infrared spectroscopy and CT scanning,ultrasound provides new ideas for non-destructive testing and grading of apple internal quality due to its low price and harmlessness to the environment.This paper proposes to carry out research on apple internal quality detection methods based on ultrasonic signal analysis and deep learning technology,and improve the ResNet18 model.The classification accuracy rate reaches 93.8%,and develop and design an apple internal quality detection system.
黄璜;徐建飞
芜湖学院,安徽 芜湖 241000芜湖学院,安徽 芜湖 241000
农业科技
苹果内部品质超声信号分析深度学习
appleinternal qualityultrasoundsignal analysisdeep learning
《智慧农业导刊》 2026 (12)
46-49,4
2024年安徽省高校自然科学重点研究项目(2024AH052008)
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