Quantitative Texture Analysis for Bi2Sr2CaCu2Ox Tapes.

Colour texture analysis for quantitative laryngoscopy.

OBJECTIVE Whilst considerable progress has been made in enhancing the quality of indirect laryngoscopy and image processing, the evaluation of clinical findings is still based on the clinician's judgement. The aim of this paper was to examine the feasibility of an objective computer-based method for evaluating laryngeal disease. MATERIAL AND METHODS Digitally recorded images obtained by 90 de...

Texture Analysis in Quantitative Osteoporosis Assessment

High resolution peripheral quantitative quantitative computed tomography (HR-pQCT) permits in-vivo assessement of trabecular microstructure at an isotropic voxel size of 82μm. The new imaging modality has potential in the differentiation of certain forms of osteoporosis based on the associated microstructural patterns. In this paper we propose an approach that assesses bone microarchitecture ba...

Texture Analysis in Quantitative Osteoporosis Assessment: Microarchitecture

The microarchitecture of the trabecular bone is an highly informative feature for osteoporosis assessment. High resolution peripheral quantitative computed tomography permits its in-vivo observation at a resolution of 82 μm. In this paper we propose an approach that assesses bone microarchitecture based on texture features extracted from the trabecular bone. The method is based on three-dimensi...

Adding texture to color: quantitative analysis of color emotions

What happens to color emotion responses when texture is added to color samples? To quantify this we performed an experiment in which subjects ordered samples (displayed on a computer monitor) along four scales: Warm-Cool, MasculineFeminine, Hard-Soft and Heavy-Light. Three sample types were used: uniform color, grayscale textures and color textures. Ten subjects arranged 315 samples (105 per sa...

Quantitative Performance Analysis of the Proposed Color Texture Segmentation Algorithms