Comparative Analysis of Classifiers in a Plant Recommendation System based on Environmental Factors

Rohan Mittal, Sreenitya Mandava, Tanmay S. Shetty, Harshita Patel
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Abstract

With the growing demand for reforestation and a sustainable neighborhood, everyone has begun to grow their own plants. However, the survival of a plant depends on many factors. A common problem faced by general customers is that their purchased plants, in gardens or balconies, fail to live long. This might happen because of many reasons, but the most recurrent one is the plant not adapting to the environmental conditions. Thus, personalizing the plant preferences is essential for users, so that they can buy the plants with high confidence of them surviving long. Here, this research work intends to develop an application with various filtering options, to determine the environmental conditions of the location, and the quality of lifestyle the plants can be provided with. To do so, we performed a comparison of the popular classification algorithms and found that the Random Forest Classifier served our purpose, successfully training an AI Model for predicting plants suiting the given conditions.
基于环境因素的植物推荐系统中分类器的比较分析
随着对重新造林和可持续社区的需求不断增长,每个人都开始自己种植植物。然而,植物的生存取决于许多因素。普通消费者面临的一个普遍问题是,他们在花园或阳台上购买的植物不能长时间生存。这种情况的发生可能有很多原因,但最常见的是植物不适应环境条件。因此,个性化的植物偏好对用户来说是必不可少的,这样他们就可以放心地购买这些植物。在这里,本研究工作打算开发一个具有各种过滤选项的应用程序,以确定位置的环境条件,以及植物可以提供的生活质量。为此,我们对流行的分类算法进行了比较,发现随机森林分类器达到了我们的目的,成功地训练了一个人工智能模型来预测适合给定条件的植物。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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