应用软计算技术鉴定辣椒叶片病害

Jobin Francis, A. S. Dhas, B. Anoop
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引用次数: 81

摘要

图像传递生物科学中的相关数据和信息。数字图像处理和图像分析技术在生物和农业领域具有至关重要的作用。植物病害的自动检测和健康植物的培育对农业自动化具有重要意义。[1]就植物而言,病害一词被定义为正常生理功能的任何损害,产生特征性症状。植物病害的研究是指研究特定植物的目视可观察到的模式。鉴定植物的叶、茎,找出病虫害,或其百分比,是发现农作物成功栽培的非常有效的方法。肉眼观察是许多农民检测和鉴定植物病害的方法。它需要持续的监控,并且在大型农场中用处不大。此外,农民不知道非本地疾病。[1,2]植物病害检测系统借助成像技术自动检测植物叶片和茎上出现的症状,帮助农场培育健康的植物。这些系统监测植物的叶子和茎,以及从其特征特征观察到的任何变化,这些变化将被自动识别并通知用户。本文对现有植物病害检测系统进行了评价研究。
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Identification of leaf diseases in pepper plants using soft computing techniques
Images convey relevant data and information in biological sciences. Digital image processing and the image analysis technology have a vital role in biology and agricultural sectors. Automatic detection of plant diseases and cultivation of healthy plants is of great importance and agricultural automation.[1] The case of a plant, the term disease is defined as any impairment happening to the normal physiological function, producing characteristic symptoms. The studies of plant diseases refer to studying the visually observable patterns of a particular plant. The identification of plants, leaves, stems and finding out the pests or diseases, or its percentage is found very effective in the successful cultivation of crops. The naked eye observation is the approach adopted by many of the farmers for the detection and identification of plant diseases. It requires continuous monitoring and found less useful on large farms. Also, the farmers are unaware of non-native diseases. [1,2] With the aid of imaging technology the plant disease detection systems automatically detect the symptoms that appear on the leaves and stem of a plant and helps in cultivating healthy plants in a farm. These systems monitor the plant such as leaves and stem and any variation observed from its characteristic features, variation will be automatically identified and also will be informed to the user. This paper provides an evaluative study on the existing disease detection systems in plants.
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