Automated blast disease detection from paddy plant leaf — A color slicing approach

Amandeep Singh, M. Singh
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引用次数: 12

Abstract

In the era of technology, the various industries are shifting from manual to automated solutions of various problems in the hand. Whereas these techniques has not only augmented the efficiency, they also have shortened the cost, time and labor hours required to get an assured excellence. Food Industry now a days is one of the foremost areas smearing these technology aspects. In agriculture the paddy crop of is one of the major crops casing large amount of fields and serving the food necessities. But while in field this crop has to face a lot of problems which include malnutrition and different diseases originated from environmental conditions and pests too. These problems in turn cause a large loss to the produce. An expert advice may be followed on from the agriculture professionals to get rid of such circumstances. But the remote sites has to face the location problems and hence get affected from such issues. So it will be a much better approach if they can be advised by the experts after checking the actual health status of their crop via some technological means without reaching at the place. The idea behind this paper is to develop such an algorithm which can work out for the problem of Blast Disease of paddy crops by just examining the image of plant leaf by the experts along with necessary advice/action. The back bone of the disease detection algorithm is Color Slicing Technique which perceives the diseased spots and damaged proportion of total leaf, making it easy to get advice if disease exists and eliminate it within time so as to avoid losses.
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水稻叶片稻瘟病的自动检测——一种彩色切片方法
在科技时代,各行各业正在从手工转向自动化,各种问题的解决方案都在手中。然而,这些技术不仅提高了效率,而且还缩短了获得保证卓越所需的成本、时间和劳动时间。食品工业现在是一个最重要的领域涂抹这些技术方面。在农业上,水稻作物是种植面积大、供应粮食的主要作物之一。但在田间种植过程中却面临着营养不良、环境病害和病虫害等诸多问题。这些问题反过来又给农产品造成巨大损失。可以遵循农业专业人员的专家建议来摆脱这种情况。但偏远地区的站点必须面临选址问题,因此受到这些问题的影响。因此,如果他们可以在不到达现场的情况下,通过一些技术手段在检查作物的实际健康状况后得到专家的建议,这将是一种更好的方法。本文的思想是开发这样一种算法,可以通过专家对植物叶片图像的检查以及必要的建议/行动来解决水稻作物的稻瘟病问题。病害检测算法的核心是颜色切片技术(Color Slicing Technique),它可以感知整个叶片的病变部位和受损比例,在有病害的情况下可以及时得到建议,及时消除,避免损失。
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