个性化菜单:一种新的上下文协同推荐系统

Hanane Zitouni, Khadidja Bouchelik, Ramla Saidi, Nassira Chekkai
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引用次数: 0

摘要

各种各样的食物建议让那些大部分时间都在外面的人感到困惑。此外,建议的项目(膳食)是所有人的标准,这意味着他们收到相同的菜单,尽管他们在年龄、体重、健康状况、饮食习惯和口味等许多属性上有所不同。基于营养价值的建议可以帮助人们预防或控制某些疾病,如糖尿病、高血压和肥胖。然而,了解人们的食物偏好并提出建议,同时满足他们对健康的期望,这是非常困难的,真的是一项非常困难的任务。许多现有的推荐系统没有考虑到用户所处的环境,经常遭受冷启动系统的问题。通过这项工作,我们提出了一个新的协作和上下文推荐系统,可以将目标用户引导到美味的健康菜单上。为此,提出的方法被命名为健康和美味(H&T)。H&T是一种基于多层架构的推荐系统,其中最高层基于预过滤算法,消除了冷启动系统的问题,主要基于与用户档案相匹配的营养元素阈值,从而保证了推荐中的健康因素。基于协同过滤算法的中间层主要保证口味因素,而最深层是基于后过滤算法的相关层,其推荐将更加适应用户的环境。所提出的方法已通过Android应用程序实现,其中实验结果为推广程序。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Personalized Menu: a New Contextual Collaborative Recommender System
The varied number of suggested meals put people who spend most of their time outside to a confusing situation. In addition, the proposed items (meals) are standard for all people, meaning that they receive the same menu, although they differ in many attributes such as age, weight, health status, eating habits and tastes. A recommendation based on nutritional value can help people to prevent or control certain diseases such as diabetes, hypertension and obesity. However, learning about people’s food preferences and making recommendations that simultaneously appeal to their health expectations, which can be very difficult, is really a very difficult task. Many existing recommendation systems do not take into account the context in which the user is placed and often suffer from the cold start system problem. Through this work, we propose a new collaborative and contextual recommendation system that allows the target user to be directed towards healthy menu of tasty meals. For this, the proposed approach was named Healthy and Tasty (H&T). H&T is a recommendation system based on a multilayer architecture, where the highest layer is based on the pre-filtering algorithm, which eliminates the cold start system problem, and is based mainly on the thresholds of the compatible nutritional elements with the user profile, thus ensuring the healthy factor in the recommendations. The middle layer based on collaborative filtering algorithm works in particular to ensure the taste factor, while the deepest layer is the pertinent layer based on the post-filtering algorithm, where the recommendation will be much more adapted to the environment of the user. The proposed approach has been realized via an Android application where the experimental results are promoters.
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