Open Access Open Access  Restricted Access Subscription Access

Extending LINUX for Grid Computing

Ankit Sharma

Abstract


The rise of metacomputing and lattice advancements as another pattern in elite figuring, has opened up numerous intriguing issues in the usage of asset sharing, what's more, proficient booking of register concentrated procedures. While much work has been done to manufacture lattice administrations on top of existing framework, little has been done to make the fundamental working framework mindful of these new applications. In the event that expansions for encouraging matrix registering could be incorporated with the working framework piece, it would rearrange the occupation of lattice administration implementers in user space for they could depend on the straightforward administrations of the piece for assignments, for example, process check pointing and asset disclosure. This paper talks about the usage of lattice inviting augmentations to the Linux working framework; process check pointing, user space file systems and a reasonable booking calculation streamlined for register serious applications. The fair scheduling calculation is benchmarked and contrasted with existing Linux schedulers, and the preparatory results demonstrate an expansion in framework throughput with the changed planning calculation.

Cite this Article
Ankit Sharma. Extending LINUX for Grid Computing. Journal of Advances in Shell Programming. 2016; 3(2): 28–31p.

 


Keywords


Linux, grid computing, check pointing, distributed file systems, fair scheduling

Full Text:

PDF

References


Foster I, Kesselman K. The Grid: Blueprint for a New Computing Infrastructure. San Francisco: Morgan-Kaufman Publishing; 1999.

Kleiman R. Vnodes: An Architecture for Multiple File System Types in Sun Unix. USENIX Association: Summer Conference Proceedings, Atlanta. 1986; 238–247p.

Pike R, Presotto D, Thompson K, et al. Plan 9 from Bell Labs. Proc. of the Summer 1990 UKUUG Conf, London. Jul 1990; 1–9p.

White C. Performance Testing the Linux Kernel: The Reaim Workload. Proceedings of the Linux Symposium, Ottawa, Ontario, Canada. 2003; 481–494p.


Refbacks

  • There are currently no refbacks.