rameshdhanakkodi adlı kullanıcının profil görüntüsü
@rameshdhanakkodi
India bayrağı Trichy, India
2 Temmuz 2014 den beri üye
1 Tavsiyeler

rameshdhanakkodi

Çevrimiçi Çevrimdışı
Having More than 17 years of experience in developing various software application. Executing a software training institute. taking online classes for students from various countries. published 3 research papers on cloud.
$30 USD/hr
1 değerlendirme
0.8
  • 20%Tamamlanmış İşler
  • 100%Bütçe Dahilinde
  • 100%Zamanında
  • N/ATekrar İşe Alım Oranı

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Tecrübe

Senior Developer

Jul 2000

14 Years of Experience in Research and Development

Eğitim

MCA

1998 - 2001 (3 years)

Nitelikler

MCA (2001)

Bharathidasan University

Qualified in First Class

Yayınlar

A Novel Visual Cryptographic Algorithm for Color Images Using Matrix Transpose Technique

Abstract Cryptography is the process of converting the contents from readable format to non- readable format so as to secure the actual contents. Particularly, Visual Cryptography is the process of encrypting images in such a way to decrypt simple by human but not with the aid of any electronic media. For Visual cryptography, numbers of techniques have been proposed before. In this paper, a new Inter Exchange of Pixel Colour Technique (IEPCT) for colour image is proposed. The proposed IEPCT is used

Metric Based Scheduling Algorithm (MeBaSA) for Scaled Multi-tier Clouds

Abstract Scheduling in cloud environment is typical than non cloud environment. The algorithms proposed earlier for non cloud environments cannot manage the need of current cloud environment. Because of massive increase of cloud users, it is must to improve the cloud infrastructure. Improving infrastructure physically is cost effective. To minimize the cost, the virtualization technology is used in cloud. Scheduling is the problem while virtualizing the resources. Numbers of algorithms were propos

VM Inclusive MeBaSA for Virtualized Multi-tier Cloud

Abstract MeBaSA is developed to schedule the requests based on their requirements such as Memory size and Depth-of-Tier. In MeBaSA, requests are scheduled in different Virtual Machines (VM) based on Memory Size without analyzing the size variations. The VMs that has huge memory may be wasted because of a single allotment. Utilizing the memory of VMs completely is the main factor in multi-tier clouds. To achieve the above, a revised MeBaSA algorithm for VMInclusive scheduling is presented. It is us

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