Design and Implementation of Thresholding Algorithm based on MFR for Retinal Fundus Images
Journal Title: IOSR Journals (IOSR Journal of Computer Engineering) - Year 2015, Vol 17, Issue 6
Abstract
Abstract: In this paper, the entropy of maximum filter response (MFR) is applied followed by normalization and thresholding for retinal fundus image is used. The performance of our proposed method has been assessed on 23 images representing the publicly available dataset; High-Resolution Fundus (HRF) Image Database.
Authors and Affiliations
S. A. Jameel , Dr. A. R. Mohamed Shanavas
Secured Genetic Algorithm based image hiding technique with location number compression
Abstract: Data hiding involves hiding of information in a cover media to obtain the indistinguishable media, in such a way that the cover media is supposed not to have any embedded image for its unintended recipien...
An Evaluation of the Influence of Pupils’ Physiological Needs Satisfaction on Academic Performance of Public Primary Schools in Eastern Zone of Nakuru Municipality, Kenya
Abstract: This study investigated the influence of physiological needs on academic performance in public primary schools of the Eastern Zone of Nakuru Municipality. The study used survey research design to establish the...
A framework for an Operating System-based Mobile Agent Interoperability
Mobile agent technology has grown in acceptance over the years for distributed applications, but it is yet to be adopted as ubiquitous solution technique. This is due to its complexity and lack of interoperabilit...
Moving object detection in the real world video
Detecting moving objects using stationary cameras has been responsible for reducing the reliability of many computer vision algorithms, including segmentation, object detection, scene analysis, stereo, tracking,...
Big Data Authentication Using Cloud Storage with Fine Grained Updates
Abstract: Now a days cloud computing is one of the intensively growing technology.Cloud computing is storing and accessingbased program over the internet without use of your computer’s hard drive. Proposed system mainly...