A novel superpixel extraction algorithm using a higher order energy optimization framework is proposed in this paper. We first adopt the $k$ -means clustering technique to quickly get an initial superpixel result. Then a higher order energy function is employed to optimize and refine these initial superpixels. We use a more general higher order energy function that includes a first-order data term, a second-order smoothness term, and a higher order term. The presegments are employed to provide the prior information of sufficient edges and segment regions for our higher order energy term. According to the texture measurement in different local regions, our algorithm adaptively computes the proper ratios of different energy terms to obtain a better superpixel performance. The experimental results demonstrate that our method using the higher order energy generates better results with well-aligned boundaries and homogeneous effects than the existing superpixel algorithms.

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superpixel extraction algorithm firstorder data local regions texture measurement inlineformula texmath notationlatexk texmathinlineformulameans clustering technique wellaligned boundaries and homogeneous effects prior information of sufficient edges method higher order energy optimization framework secondorder smoothness term

JianbingShen,JiantengPeng, XuelongLi, AngelaYao,.Superpixel Optimization Using Higher Order Energy. 26 (5),917-927.

JianbingShen, et al."Superpixel Optimization Using Higher Order Energy" 26

JianbingShen,JiantengPeng, XuelongLi, AngelaYao,"Superpixel Optimization Using Higher Order Energy"