Procesamiento de imágenes de plantas ornamentales multi-escala para calcular su crecimiento

IF 0.9 Q3 COMPUTER SCIENCE, THEORY & METHODS 3C Tic Pub Date : 2017-09-29 DOI:10.17993/3ctic.2017.63.10-25
C. A. Farías, N. Mendoza, Noelia García Díaz, Azael García Rebolledo
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引用次数: 2

Abstract

espanolLa Agricultura de Precision (AP), ha sido aplicada por los agricultores representando una herramienta de apoyo para aumentar la productividad en viveros de plantas ornamentales. En este articulo se desarrolla un algoritmo para calcular el crecimiento de plantas ornamentales, formulando una solucion innovadora en el ambito de agricultura de precision, procesando imagenes de las plantas ornamentales escalando sus dimensiones para calcular su crecimiento. En el desarrollo de este trabajo se utilizaron tecnologias emergentes, como el algoritmo de reduccion por multi-escala para procesar imagenes, el lenguaje de programacion Python y la biblioteca de vision artificial OpenCV. Se aplico el algoritmo multi- escala a muestras graficas con diferentes proporciones de la misma imagen obteniendo calculos del crecimiento de las plantas. Con base a los resultados obtenidos consideramos que el algoritmo desarrollado puede extenderse a otras areas del conocimiento. EnglishPrecision Agriculture (PA) has been applied by the farmers representing a support tool to increase productivity in ornamental plant nurseries. This article develops an algorithm to calculate the growth of ornamental plants, formulating an innovative solution in the field of precision agriculture, processing images of ornamental plants scaling the dimensions to calculate their growth. In the development of this work, emergent technologies were used, like the algorithm a reduction by multi-scale to process images, the programming language Python and the library of artificial vision OpenCV. The multi-scale algorithm was applied to graphic samples with different proportions of the same image getting calculations of plant growth. Based on the results obtained, we consider that the developed algorithm can be extended to other areas of knowledge.
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计算观赏植物生长的多尺度图像处理
西班牙精准农业(AP)已被农民应用,代表了提高观赏植物苗圃生产力的支持工具。本文开发了一种计算观赏植物生长的算法,在精准农业领域制定了一种创新的解决方案,通过缩放观赏植物的尺寸来处理它们的图像来计算它们的生长。在这项工作的开发中,使用了新兴的技术,如用于处理图像的多尺度还原算法、Python编程语言和OpenCV人工视觉库。将多尺度算法应用于同一图像中不同比例的图形样本,获得植物生长的计算。根据所获得的结果,我们认为所开发的算法可以扩展到其他知识领域。农民们应用了EnglishPrecision Agriculture,这是提高观赏植物苗圃生产力的支持工具。本文开发了一种计算观赏植物生长的算法,在精准农业领域制定了一种创新的解决方案,通过缩放尺寸来处理观赏植物的图像来计算它们的生长。在这项工作的发展中,使用了新兴技术,如处理图像的多尺度还原算法、编程语言Python和人工视觉库OpenCV。将多尺度算法应用于同一图像中不同比例的图形样本,获得植物生长的计算结果。根据所获得的结果,我们认为所开发的算法可以扩展到其他知识领域。
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3C Tic
3C Tic COMPUTER SCIENCE, THEORY & METHODS-
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审稿时长
12 weeks
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