Dr.P.Ramasamy

Scopus Publications

Incorporating and analyzing efficiency improvement method in solar panel
M Gnanasekaran, P Ramasamy, P Booneshwaran, N Lokeshwaran, and T Suresh
American Scientific Publishers

Priority based scheduling in cloud computing based on task-aware technique
T Karthikeyan, A Vinothkumar, and P Ramasamy
American Scientific Publishers
Cloud computing is an internet-based computing where resources, software and information are provided to computers on-demand, like a public utility. It is emerging as a platform for sharing resources like infrastructure, software and various applications. The majority of cloud computing infrastructure consists of reliable services delivered through data centers. Modern data centers, operating under the cloud computing model are hosting a variety of applications ranging from those that run for a few seconds to those that run for longer periods of time. When a job is submitted to the clouds, it is partitioned into several tasks. Scheduling a set of tasks in is one of the traditional challenges in parallel and distributed computing. It is very important to decide the order in which these tasks should be executed in order to increase the overall efficiency. Task scheduling is a key process for assigning the requests to resources in an efficient way considering cloud characteristics. Proper scheduling can have significant impact on the performance of the system. In this thesis work a task level scheduling approach has been proposed which prioritize the tasks to reduce the execution time, waiting time and response time. The simulator CloudSim has been used to validate the Proposed algorithm.

Experimental studies on incremental forming of aluminium 1100 alloy
C Sivalingam, S Gokulabalan, C Arumugam, T Suresh, and P Ramasamy
American Scientific Publishers

Algorithm based multistage and multi stream optimization of buffer capacity
P Ramasamy, T Karthikeyan, V Thirunavukkarusu, C Sivalingam, and C Arumugam
American Scientific Publishers

Reduction of casting defects and quality improvement by using Taguchi technique

Offline and online investigation of drop impact damage on GFRP composite using non-destructive data by artificial neural network

Prediction of impact damage tolerance of drop impacted WGFRP composite by artificial neural network using acoustic emission parameters
P. Ramasamy and S. Sampathkumar
Elsevier BV

Online monitoring of drop impact damage on WGFRP composite laminate by the damage tolerance method through the acoustic emission technique
P Ramasamy, S Sampathkumar, and G Vignesh
British Institute of Non-Destructive Testing (BINDT)

Dr.P.Ramasamy

RESEARCH, TEACHING, or OTHER INTERESTS

Scopus Publications