Abstract—Image segmentation plays a major role in a broad range of applications. Evaluating the adequacy of a segmentation algorithm for a given application is a requisite both to allow the appropriate selection of segmentation algorithms as well as to tune their parameters for optimal performance. However, objec-tive segmentation quality evaluation is far from being a solved problem. In this paper, a generic framework for segmentation evaluation is introduced after a brief review of previous work. A metric based on the distance between segmentation partitions is proposed to overcome some of the limitations of existing ap-proaches. Symmetric and asymmetric distance metric alternatives are presented to meet the specificities of a wide class ...
Quantitative evaluation and comparison of image segmentation algorithms is now feasible owing to the...
All medical image segmentation algorithms need to be validated and compared, yet no evaluation frame...
An up-to-date review of recent progress in the evaluation of image segmentation, since the first sur...
In this paper we present a study of evaluation measures that enable the quantification of the qualit...
Evaluating the quality of segmentations is an important process in image processing, especially in t...
Segmentation of moving objects in image sequences plays an important role in video processing and an...
This paper studies different methods proposed so far for segmentation evaluation. Most methods can b...
As a wide range of segmentation techniques have been developed in the last two decades, the evaluati...
Abstract — We present a method for evaluating the quality of a multi-scale or hierarchical image seg...
Quality of segmentation depends on evaluation method we use. In case of specific images we use speci...
A methodology for evaluating range image segmentation algorithms is proposed. This methodology invol...
. This paper describes a definition of the range image segmentation (of polyhedral scenes) problem, ...
Abstract. Image segmentation is an important processing step in many image understanding algorithms ...
In this paper, we propose an automatic method for the objective evaluation of segmentation results. ...
The purpose of this paper is to describe a framework for evaluating image segmentation algorithms. I...
Quantitative evaluation and comparison of image segmentation algorithms is now feasible owing to the...
All medical image segmentation algorithms need to be validated and compared, yet no evaluation frame...
An up-to-date review of recent progress in the evaluation of image segmentation, since the first sur...
In this paper we present a study of evaluation measures that enable the quantification of the qualit...
Evaluating the quality of segmentations is an important process in image processing, especially in t...
Segmentation of moving objects in image sequences plays an important role in video processing and an...
This paper studies different methods proposed so far for segmentation evaluation. Most methods can b...
As a wide range of segmentation techniques have been developed in the last two decades, the evaluati...
Abstract — We present a method for evaluating the quality of a multi-scale or hierarchical image seg...
Quality of segmentation depends on evaluation method we use. In case of specific images we use speci...
A methodology for evaluating range image segmentation algorithms is proposed. This methodology invol...
. This paper describes a definition of the range image segmentation (of polyhedral scenes) problem, ...
Abstract. Image segmentation is an important processing step in many image understanding algorithms ...
In this paper, we propose an automatic method for the objective evaluation of segmentation results. ...
The purpose of this paper is to describe a framework for evaluating image segmentation algorithms. I...
Quantitative evaluation and comparison of image segmentation algorithms is now feasible owing to the...
All medical image segmentation algorithms need to be validated and compared, yet no evaluation frame...
An up-to-date review of recent progress in the evaluation of image segmentation, since the first sur...