Alike Scene Retrieval from Land-Cover Products Based on the Label Co-Occurrence Matrix (LCM) †

Scene Classification by Feature Co-occurrence Matrix

Classifying scenes (such as mountains, forests) is not an easy task owing to their variability, ambiguity, and the wide range of illumination and scale conditions that may apply. Bag of features (BoF) model have achieved impressive performances in many famous databases(such as the 15 scene dataset). A main drawback of the BoF model is it disregards all information about the spatial layout of th...

A Bayesian Based Method to Generate a Synergetic Land-Cover Map from Existing Land-Cover Products

Global land cover is an important parameter of the land surface and has been derived by various researchers based on remote sensing images. Each land cover product has its own disadvantages and limitations. Data fusion technology is becoming a notable method to fully integrate existing land cover information. In this paper, we developed a method to generate a synergetic global land cover map (s...

Image Retrieval Using Co-occurrence Matrix & Texton Co-occurrence Matrix for High Performance

This paper put forward a new method of co-occurrence matrix to describe image features. In this paper putting a new implemented work which is comparison with texton co-occurrence matrix to describe image features. Maximum work done successfully using texton co-occurrence matrix. A new class of texture features based on the co-occurrence of gray levels at points. These features are compared with...

Texture Classification based on Fuzzy Based Texton Co- occurrence Matrix

The Applications of Pattern recognition like wood classification, stone and rock classification problems, the major usage techniques ate different texture classification techniques. Generally most of the problems used statistical approach for texture analysis and texture classification. Gray Level Co-occurrence Matrices (GLCM) approach is particularly applied in texture analysis and texture cla...

Image Retrieval Based on Weighted Block Color Histogram and Texton Co-occurrence Matrix