Titlebook: Progress in Image Analysis and Processing, ICIAP 2013; Naples, Italy, Septe Alfredo Petrosino Conference proceedings 2013 Springer-Verlag G

vanquish

苦恼

Segmentation of Time-Lapse Images with Focus on Microscopic Images of Cells, optical artifacts, which makes automated processing by computer difficult..We developed a novel algorithm for cell segmentation. It is based on processing of time differences between images and combination of thresholding, blurring and morphological operations. We tested the algorithm on four diffe

gimmick

茁壮成长

3D Femur Reconstruction Using X-Ray Stereo Pairs, from a small number of images is a challenging task but it is desired as it lowers both the acquisition costs and the radiation dose compared to tomography. In this paper we investigate the reconstruction of the 3D proximal femur surface without any prior acknowledge and using a limited number of 2

冰河期

Entrancing

Image Classification with Multivariate Gaussian Descriptors,tly, in this paper we describe an image as multivariate Gaussian distribution, estimated over the extracted local descriptors. The estimated distribution is mapped to a high-dimensional descriptor, by concatenating the mean vector and the projection of the covariance matrix on the Euclidean space ta

Serenity

,Non–referenced Quality Assessment of Image Processing Methods in Infrared Non-destructive Testing,terials. The benchmarking of these techniques is often too qualitative due to a lack of quantitative criteria allowing to assess the qualities of the compared methods. In this work, we compare image processing techniques in IRNDT with a non–referenced (NR) image quality assessment (IQA) algorithm. F

刻苦读书

entail

Feature Extraction for Iris Recognition Based on Optimized Convolution Kernels,ue to its simplicity, stability and reliability. The principle is that the unique iris structure is encoded to the bit code templates that are sufficient for high accuracy recognition. Encoding is performed by filtering a preprocessed iris image and storing only the phase information of the response

Frequency

Saliency Based Aesthetic Cut of Digital Images, close to the borders leaving in this way the interesting subjects in a position that is perceived by the observer as more pleasant. In this paper we propose a saliency based technique to automatically perform aesthetic cut in images. We use a standard method to estimate the saliency map and propose