CAJ | 학술논문

彩色图像数据信息量较大，传统的模糊C均值聚类算法（FCM）在分割时更加容易受到初始聚类中心影响陷入局部极值。文中研究了一种融合差分演化、粒子群和模糊均值聚类的彩色图像分割算法（DEPSO-FCM）。利用差分演化算法的快速收敛特性、粒子群算法的全局搜索能力，解决模糊均值聚类图像分割时易受到初始聚类中心影响和陷入局部最优的问题，同时针对不同的色彩空间对于图像分割效果的影响，尝试在不同的空间上使用DEPSO-FCM进行图像分割。实验表明，该方法能解决FCM算法陷入局部最优的问题，在不同的色彩空间上都获得了理想的分割效果。
채색도상수거신식량교대，전통적모호C균치취류산법（FCM）재분할시경가용역수도초시취류중심영향함입국부겁치。문중연구료일충융합차분연화、입자군화모호균치취류적채색도상분할산법（DEPSO-FCM）。이용차분연화산법적쾌속수렴특성、입자군산법적전국수색능력，해결모호균치취류도상분할시역수도초시취류중심영향화함입국부최우적문제，동시침대불동적색채공간대우도상분할효과적영향，상시재불동적공간상사용DEPSO-FCM진행도상분할。실험표명，해방법능해결FCM산법함입국부최우적문제，재불동적색채공간상도획득료이상적분할효과。
Color image contains a lot of data, the traditional fuzzy C-means clustering algorithm (FCM) easy to fall into local extremum by the influence of the initial cluster centers in segmentation. This paper presents a hybrid differential evolution (DE), Particle swarm optimization (PSO) and fuzzy C-means clustering (FCM) algorithm called DEPSO-FCM for color image segmentation. By the use of the fast convergence of DE and the global search ability of PSO to solve FCM color image segmentation which is influenced by the initial cluster centers and easily into a local optimum. Meanwhile, considering the influence of different color space, using DEPSO-FCM split images in different color space. Experimental results show that this method can solve the problem of local optimum, and can get ideal color segmentation results in the different color space.