International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395 -0056
Volume: 04 Issue: 05 | May-2017
p-ISSN: 2395-0072
www.irjet.net
Traffic Control in Cloud using Load balancing K.Meenakshi.,B.E., M.Tech1, R.Ashwwin2, S.Shahid Afridi3, K.Rupak4 1 Assistant
Professor, Dept. of Computer Science Engineering SRM University, Tamilnadu, India Dept. of Computer Science Engineering SRM University, Tamilnadu, India ---------------------------------------------------------------------***--------------------------------------------------------------------234Student,
Abstract - Our objective of our project is to allocate resources for cloud hosting based on video services on user geographical location request to data center and provide services to users. VSP rents computing resources in cloud for user in adequate level. Each website contains a threshold limit. If traffic is created, it is been kept in queue system. Then if the users from the site are cleared, the waited requests are been processed. The CDC handles multiple CSPs and load balance the user request. The process can handle much number of requests and manage user requirements. VSP provides different quality videos. Key Words: Video Service Provider, Cloud Data Centre, Content Delivery Network, Jetty server.
1. INTRODUCTION A Cloud technology provides a new opportunity for Video Service Providers (VSP) to running a virtual machine and hosting video applications in a cost effective manner. Under this project, a VSP may rent virtual machines (VMs) from multiple geodistributed data centers that are close to video requestors to run their services. Cloud Data Center are located in different location Based on the user request we predict geographical location request and redirect the nearby data centers. If the server traffic is high then by using load balancing technology their request is redirect to next nearby Cloud data center in virtual machine. So that the performance will increase and traffic delay is low. We are using a technique called Load balancing with the help of Jetty server to reduce the traffic in the website. The jetty server can be explained as converting single interface into multiple instances. By this process the traffic in the website can be reduced by splitting up the quality of the video and allocate the user according to the geographical user requests. 2. Existing System In existing system, Video Service Providers (VSPs) will rent computing resources in the cloud to provide users with adequate level. The user request arrivals are dynamic and user demands are difficult to predict. It is difficult to find an optimal way to map them to a variety of resource types in the cloud. Because network traffic flow is too high per day. Balancing the cost of cloud resource renting and of users is a difficult decision making problem itself, Then single CSP may not have servers located in geographically different regions that sufficiently cover the users of a VSP. In this case, the VSP may need to use multiple CSPs with different geographically located servers to provide satisfactory to its users. The difference in CSPs resource pricing in different regions and time slots further complicates the resource renting and user request scheduling for VSPs. Each website contains a threshold limit. If traffic is created, it is been kept in queue system. Then if the users from the site are cleared, the waited requests are been processed. The CDC handles multiple CSPs and load balance the user request. 3. Problem definition 1. 2. 3. 4.
Decision making problem in balancing the cost of cloud resource renting . Difficult to predict user request arrivals and user demands. Need to use multiple CSP for VSP. Each CDC consumes tens of megawatts of power for running servers.
Š 2017, IRJET
|
Impact Factor value: 5.181
|
ISO 9001:2008 Certified Journal
|
Page 802