COMPOSITE DISPLAY OF DIGITAL IMAGES FOR MEDICAL DIAGNOSIS

Digital Watermarking for Medical Diagnosis

Digital watermarking has attained a position of overwhelming interest in image processing research as a new method of protecting multimedia content from unauthorized copying, as the informal transmission and manipulation of digital data creates intimidation for inventors and providers. This paper presents a new watermarking system employing five bit LSB strategy for copyright protection of imag...

Algorithms for Denoising Medical and Digital Images

Two algorithms have been devised for denoising the digital images corrupted by salt-and-pepper noise and randomvalued-noise and the medical images from Gaussian white noise. Both the proposed algorithms are summarised one-by-one as follows. The first one is a novel approach which aims at detection and filtering of impulses in digital images through median filtering based on optimization through...

A Movable Tomographic Display for 3d Medical Images

We describe here the first working prototype of a novel display for viewing 3D medical images. The position and orientation of a freely movable touch-screen display are optically tracked and used to continuously determine which slice to display within a 3D data set. The slice is registered “in situ” relative to a fixed coordinate system, through which the display is moved. We have coined the te...

A Three-dimensional Display for Medical Images from Slices

Soft Computing Methods based on Fuzzy, Evolutionary and Swarm Intelligence for Analysis of Digital Mammography Images for Diagnosis of Breast Tumors

Soft computing models based on intelligent fuzzy systems have the capability of managing uncertainty in the image based practices of disease. Analysis of the breast tumors and their classification is critical for early diagnosis of breast cancer as a common cancer with a high mortality rate between women all around the world. Soft computing models based on fuzzy and evolutionary algorithms play...