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System identification of quality evaluations for vegetable seedlings

机译:蔬菜幼苗质量评估的系统鉴定

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The model of fuzzy inference was successfully developed and identified to simulate human's decision in evaluating seedling quality of cabbage. Physical properties of seedling stalks and leaves were measured while seedling quality, in terms of score, determined by a human expert was recorded. Fuzzy analyses showed that weight-to-height ratio, sturdiness quotient, leaf thickness, stalk height, stem diameter and chlorophyll content are important parameters related to seedling quality. The inference scheme gives predicted scores in good agreement with human expert. The method developed would contribute to a better sorting algorithm for seedlings being transplanted to the field, and would also form a basis for an expert system or decision support for evaluating seeding quality.
机译:模糊推理模型成功开发和识别,以模拟人类在评估白菜幼苗品质方面的决定。 记录了幼苗秸秆和叶片的物理性质,同时记录了人类专家确定的幼苗质量。 模糊分析表明,体重高比率,坚固的商,叶厚,茎高,茎直径和叶绿素含量是与幼苗质量相关的重要参数。 推理计划与人类专家达成良好的协议。 该方法开发的方法将有助于更好地分拣幼苗的幼苗算法,该幼苗被移植到该领域,并且还将形成专家系统或决策支持的基础,用于评估种子质量。

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