首页> 外文会议>Soft Computing and Pattern Recognition, 2009. SOCPAR '09 >Image Based Analysis of Tomato Leaves to Determine the Number of Petioles
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Image Based Analysis of Tomato Leaves to Determine the Number of Petioles

机译:基于图像的番茄叶片分析,确定叶柄数量

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The tomato (Lycopersicon esculentum) is an herbaceous, usually sprawling plant which belong to Solanaceae or nightshade family. Genetic evidence shows that the progenitors of tomatoes were herbaceous green plants with small green fruit. There are a great many (around 7500) tomato varieties grown for various purposes. Their identifications had been studied using various laboratory methods. The morphological and genetical characteristics were employed to classify different tomato cultivars. However, the presence of wide morphological varieties through evolution among various tomato cultivars made it more complex and difficult to classify them. Petioles plays a very crucial role in determining the characteristics of a tomato plant. The number of petioles present, their angle with the leaf stalk or their distance from the stalk represent genetical characteristics which differentiate various cultivars of tomato. This article proposed various methods to find the number of petioles present in a tomato leaf using an image analysis based approach.
机译:番茄(Lycopersicon esculentum)是一种草本植物,通常为蔓生植物,属于茄科或茄属植物。遗传证据表明,番茄的祖先是草绿色的植物,带有绿色的小果实。有很多(大约7500种)番茄品种可以用于各种目的。他们的身份已使用各种实验室方法进行了研究。利用形态学和遗传学特征对不同番茄品种进行分类。但是,通过各种番茄品种之间的进化而出现的形态学变种繁多,使其更加复杂且难以分类。叶柄在确定番茄植株的特性中起着至关重要的作用。存在的叶柄的数量,与叶柄的角度或与叶柄的距离代表了区分番茄各种栽培品种的遗传特征。本文提出了多种方法,可以使用基于图像分析的方法来查找番茄叶片中叶柄的数量。

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