ARTICLE
TITLE

CBIR Penyakit Kulit dengan Metode Co-Occurrence Matrix dan Color Moments

SUMMARY

Content Based Image Retrieval (CBIR) is a technique for searching images from database based on information from the image which developed because the technique based on text-based is less effective for represent an image. CBIR skin disease in this research use 12 sample of skin disease images such as Acne, Acropustulosis, Alopecia, Dermatitis, Hemangioma, Herpes, Ichtyosis, Molluscum, Nummular, Skin Tag, Urticaria, and Vitiligo. Method use for this research is for extraction texture feature and color feature from a skin disease image. Texture feature is using co-occurrence Matrix which compute energy, contrast, entropy, homogeneity, and correlation until vector texture result. Extraction color use color moments to compute color space using three moments which result color feature from color distributions such as mean, standard deviation, and skewness. Final result showed the comparison of similarity computation of two methods is the acuration of Color Moments method is more robust than Co-occurrence Matrix Method for skin disease images.

 Articles related

Amel Elkheir Abbas Elabid,Mutasim A. Ahmed,Rabie A.M. Asad,Osman. A. M. Abdalnoor    

A natural dye on textiles has gain significant importance for the reason that it was eco-friendly non-toxic, and increased environmental cognizance in order to avoid some dangerous synthetic dyes. In this study, the natural coloring substances such as Et... see more


Aulia Ghaida,Hera Hikmarika,Suci Dwijayanti,Bhakti Yudho Suprapto    

Nowadays, an autonomous vehicle is one of the fastest-growing technologies. In its movements, the autonomous vehicle requires a good navigation system to run on the specified lane. One sensor that is often used in navigation systems is the camera. Howeve... see more


(1) Ronnie Sabino Concepcion II (De La Salle University, Philippines) (2) Jonnel Dorado Alejandrino (De La Salle University, Philippines) (3) Sandy Cruz Lauguico (De La Salle University, Philippines) (4) Rogelio Ruzcko Tobias (De La Salle University, Philippines) (5) Edwin Sybingco (De La Salle University, Philippines) (6) Elmer Pamisa Dadios (De La Salle University, Philippines) (7) Argel Alejandro Bandala (De La Salle University, Philippines)    

Identifying the plant's developmental growth stages from seed leaf is crucial to understand plant science and cultivation management deeply. An efficient vision-based system for plant growth monitoring entails optimum segmentation and classification algo... see more


Mariam A. Ali,Bushra KH. Alsaidi,Bara'a Ali Attea    

Many image processing and machine learning applications require sufficient image feature selection and representation. This can be achieved by imitating human ability to process visual information. One such ability is that human eyes are much more sensit... see more


Rudy Adipranata,Kartika Gunadi,Victor Julian Lipesik    

The objective of this research is to develop software which capable to reconstruct 3D object from 2D images as references using Generalized Voxel Coloring - Layered Depth Image method (GVC-LDI). This method reconstruct 3D object using LDI link list as he... see more