Through Virtualization implementation of IPTV service delivery using Optimizing Cloud Resources
Journal Title: International Journal for Research in Applied Science and Engineering Technology (IJRASET) - Year 2014, Vol 2, Issue 12
Abstract
Virtualized cloud-based services can get advantage of statistical multiplexing across applications to give significant cost savings to the manipulator. Carrying out of IPTV service delivery through Virtualization is of practical involvement in many applications such as detecting an IPTV service delivery failure. In this report, we seek to lower a provider’s cost of real-time IPTV services through a virtualized IPTV architecture and through intelligent time shifting of service delivery. The intrusion detection is defined as a mechanism for an IPTV service delivery through virtualization to detect the existence of inappropriate, wrong, or anomalous moving attackers. In this paper, we consider this issue according to heterogeneous IPTV service delivery models. We take advantage of the differences in the deadlines associated with Live TV versus Video-on-Demand (VoD) to effectively multiplex these services. Furthermore, we consider two sensing detection models: single-sensing detection and multiple-sensing detection... we seek to lower a provider’s costs of real-time IPTV services through a virtualized IPTV architecture and through intelligent time shifting of service delivery, We provide a generalized framework for computing the amount of resources needed to support multiple services, without missing the deadline for any service. We implement a simple mechanism for time-shifting scheduled jobs in a simulator and study the reduction in server load using real traces from an operational IPTV network. We also show that there are interesting open problems in designing mechanisms that allow timeshifting of load in such environments. Our results show that we are able to reduce the load by 24% (compared to a possible 31%). We also show that there are interesting open problems in designing mechanisms that allow time-shifting of load in such environments.
Authors and Affiliations
Balaji Naik, G. K. Srikanth
Keywords
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