Task Distribution Method for Index Classification based on Color Segmentation in Remote Sensing

Yan Naing Htun, Bawin Aye, Aung Aung
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Abstract

Digital processing of remotely sensed image data has been great importance in recent times. This research work discusses task distribution method in parallel image processing and load balancing under the circumstance of multi-tasks and multi-processors in remote sensing. Task distribution method can speed up computation and improve efficiency and perform larger computations which are not possible on single processor system. The tasks are distributed based on the segmentation of color and the Support Vector Machine (SVM) is used to classify the indices of the input image and intends to design and improve the color segmentation based task distribution method for index classification using machine learning. In the system, the RGB satellite image is used as an input image and the output is the four indices of forest, building, road and land The results of the system are more accurate and less time consumption than non-distributed computing methods. It is implemented in MATLAB platform with parallel computation toolbox because the system can solve computationally and data-intensive tasks using multicore processors and clusters of computer.
基于遥感颜色分割的索引分类任务分配方法
近年来,遥感影像数据的数字化处理受到人们的重视。本文研究了遥感多任务、多处理器环境下并行图像处理的任务分配方法和负载均衡问题。任务分配方法可以加快计算速度,提高计算效率,实现单处理器系统无法实现的大规模计算。基于颜色分割对任务进行分配,利用支持向量机(SVM)对输入图像的指标进行分类,并利用机器学习设计和改进基于颜色分割的任务分配方法进行指标分类。该系统以RGB卫星图像作为输入图像,输出森林、建筑、道路和土地四项指标,与非分布式计算方法相比,该系统的计算结果更加准确,且耗时更少。由于该系统可以使用多核处理器和计算机集群解决计算密集型和数据密集型任务,因此在MATLAB平台上使用并行计算工具箱实现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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