Bi level kapurs entropy based image segmentation using particle swarm optimization

Suman Banerjee, N. D. Jana
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引用次数: 9

Abstract

In the field of Image Processing, Image segmentation is a low level but important task in entire image understanding system which divides an image into its multiple disjoint regions based on homogeneity. In most of the machine vesion and high level image understanding application this is one of the important steps. Till date different techniques of image segmentation are available and hence There exists a huge survey literature in different approaches of Image Segmentation. Selection of image segmentation technique is highly problem specific. There is no versatile algorithm which is applicable for all kinds of images. Optimization based image segmentation is not explored much which can be applied to reduce complexity of the problem. The aim of the paper is to search for an optimized threshold value for Image Segmentation using Particle Swarm Optimization (PSO) algorithm where fitness function is designed based on entropy of the image.
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基于粒子群优化的双能级kapurs熵图像分割
在图像处理领域中,图像分割是整个图像理解系统中一个层次较低但很重要的任务,它是基于均匀性将图像划分为多个不相交的区域。在大多数机器版本和高级图像理解应用中,这是重要的步骤之一。迄今为止,不同的图像分割技术是可用的,因此存在大量的调查文献对不同的图像分割方法。图像分割技术的选择具有很强的问题特异性。目前还没有适用于所有类型图像的通用算法。基于优化的图像分割方法在降低问题复杂性方面的研究并不多。本文的目的是利用粒子群算法(Particle Swarm Optimization, PSO)根据图像的熵值设计适应度函数,寻找图像分割的优化阈值。
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