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Optical Networks for Grid and Cloud Computing Applications

Platform : DOT NET

IEEE Projects Years : 2012 - 13

Optical Networks for Grid and Cloud Computing Applications

ABSTRACT:

The evolution toward grid and cloud computing as observed for over a decennium illustrates the crucial role played by (optical) networks in supporting today’s applications.

In this paper, we start from an overview of the challenging applications in academic enterprise (business) and nonprofessional user (consumer) domains. They pose novel challenges, calling for efficient interworking of IT resources, for both processing and storage, as well as the network that interconnects them and provides access to their users. We outline those novel applications’ requirements, including sheer performance attributes (which will determine the quality as perceived by end users of the cloud applications), as well as the ability to adapt to changing demands (usually referred to as elasticity) and possible failures (i.e., resilience). In outlining the foundational concepts that provide the building blocks for grid/cloud solutions that meet the stringent application requirements we highlight, a prominent role is played by optical networking. The pieces of the solution studied in this respect span the optical transport layer as well as mechanisms located in higher layers (e.g., anycast routing, virtualization) and their interworking (e.g., through appropriate control plane extensions and middleware). Based on this study, we conclude by identifying challenges and research Opportunities that can enable future-proof optical cloud systems (e.g., pushing the virtualization paradigms to optical networks).

 

EXISTING SYSTEM:

Access to such powerful machines was provided through terminals that remotely connected to a mainframe computer which performed the core processing for the multi-user group it thus served. That evolution initially manifested in client–server-based architectures in local networks, and continued with remotely hosted parts in web-based solutions. Whereas initially the network interactions were mainly of a point-to-point nature, they now rely on interworking of many distributed components as observed in grid computing, and present-day cloud-connected

systems.

 

PROPOSED SYSTEM:

We particularly advocate an evolution toward Boptical clouds, stressing the important role that especially optical networking technology can play in realizing next-generation cloud solutions. Novel applications is easy access to powerful, and often distributed, hardware and software resources has been of key importance for science as well as  business

 

Applications:

Scientific Applications

Business Applications

Consumer Applications

 

 

 

GRIDS AND CLOUDS:

Data need to be reliably stored and further distributed to various data centers, to be further analyzed. Clouds and grids imply the need for efficient interworking of

networking, storage, and computing resources. Grids originated mainly from the needs of e-Science applications especially high performance computing. Built on the basic ideas of grids clouds manifest themselves in more commercially oriented applications which often involve loosely coupled tasks, and are typically interactive.        

 

 

HARDWARE & SOFTWARE REQUIREMENTS:

 

HARDWARE REQUIREMENTS:

 

Processor                     :        Intel Pentium-IV

Speed                          :         1.6GHz

RAM                           :         2GB

Hard Disk                   :         500GB

General                        :        Key Board, Monitor, Mouse

 

 

SOFTWARE REQUIREMENTS:

 

Operating System       :           Windows XP, 7.

Software                     :           VS .NET 2008, SQL Server Tools 2005.

 



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