Decision Tree based Denoising Method for Removal of Impulse Noise
Journal Title: Bonfring International Journal of Industrial Engineering and Management Science - Year 2017, Vol 7, Issue 2
Abstract
Impulse noise mostly causes alterations in the images. So we intend to do a denoising method for removal of random valued impulse noise. There are two methods involved in this scheme. To identify the noisy pixel, decision tree-based impulse noise detector is used. To reconstruct the intensity values of noisy pixels, an edge-preserving filter is used. To improve the cause of removal of impulse noise, an adaptive technology is used. By using this method we can yield an effective performance compared to the existing methods.
Authors and Affiliations
Murugan K, Dr. Arunachalam V. P, Dr. Karthik S
Frequency Based Demand Management System in Residential Context
Electric utilities are forced to adopt load shedding during peak periods due to increase in demand by fast growing industries. Under peak period, the proposed Frequency Based Demand Management System, switch off all the...
Determination of Bingham Parameters of Fresh Portland Cement Concrete Using Concrete Shear Box
The workability of fresh concrete should be characterized by its rheological properties based on material science approach to overcome the inadequacies of traditional empirical tests like slump test. Generally the rheolo...
A Study on Customer Preference Towards Electronic Goods
The preference of customers is nothing but the required a product or commodity according to their expected features and attributes. In this regard the researcher is dealt with the housewife and taken them as respondents...
Developmental Challenges for 21st Century
Preparing our self for changes and challenges will keep us active, alive, artistic and authoritative. The first step before preparation is discussion and initiation. This paper aims at analyzing various developmental cha...
Influence of Powder and Paste on SCC Using Recycled Concrete Aggregate
The use of recycled concrete aggregate is an important issue for preserving the natural resources, protecting the environment, saving of energy and for sustainable development. In this study, a unique simple mixture prop...