深度学习驱动的智能冰箱

Deep Learning Based Smart Refrigerator

食品识别是智能冰箱的核心技术之一,但冰箱中食品的种类繁多并且摆放较为随意,相互遮挡的现象比较严重,这给冰箱中的食品识别带来了诸多挑战。为了提高冰箱内食物的识别效率,以识别冰箱中的果蔬为切入点,提出了一种基于智能冰箱的数据采集、数据处理和果蔬识别的整体架构,以及一种在冰箱环境下的基于深度学习的数据融合的果蔬识别方法。使用这种方法有效提高了在冰箱环境下果蔬识别的准确率。通过对采集的大量数据进行实验,证明了该方法具有良好的性能和识别准确度,能有效解决冰箱环境下果蔬识别问题。

Food recognition is one of the core technologies for a smart refrigerator. As there are many kinds of food in a refrigerator that may be in a mass, it is a challenge for food recognition in the smart refrigerator. In order to improve the efficiency of food recognition, this paper proposes an architecture of data collection, data processing and image recognition for smart refrigerators. In addition, this paper proposes an approach of fruits and vegetables recognition, which uses multi-model data fusion based on deep learning techniques. This solution remarkably improves recognition accuracy of fruits and vegetables. Extensive evaluations using a large number of food images show that the proposed approach has good performance and high recognition accuracy that can meet industrial requirements on food recognition in refrigerators.