Open AccessEfficient Scheduling for Multi-Block Updates in IErasure Coding Based Storage Systems
Author(s) -
A Jasmine,
G Panneerselvam
Publication year - 2019
Publication title -
international journal of innovative technology and exploring engineering
Language(s) - Romanian
Resource type - Journals
ISSN - 2278-3075
DOI - 10.35940/ijitee.h6827.078919
Subject(s) - computer science , cloud storage , cloud computing , converged storage , distributed data store , erasure code , encryption , computer data storage , proxy server , information repository , computer network , distributed computing , the internet , database , operating system , decoding methods , telecommunications
High-speed iInternet iand iubiquitous inetworks iaccess ibecome iavailable ito iclients ifor iaccess ieverywhere iat iany itime. iCloud iStorage imay ibe ia imodel iof iinternet ion-line istorage iwherever iinformation iis ikeep iin istorage ithat itypically ihosted iby iother iparties. iData irobustness iis ia imajor irequirement ifor istorage isystems. iA idecentralised ierasure icode iis isuitable ito ibe iused iin ia idistributed istorage isystem. iWe ibuilt ia icloud istorage isystem ithat isupports ithe iperformance iof idata iforwarding iin isecure iway iby iuse ian iAES iand iProxy ire iencryption. iIn ithis imodel iowner iwill iforward ithe iinformation iwith iAES iEncryption iand iin icloud istorage iagain ithe iinformation iwill idivide iinto iseveral ipieces iin ismall isize, ifor ithis iprocess iwe iwill iuse ia ikey idividing imethod. iData iwill iplace iin idifferent istorage ilocations. iIf ithe ivalid iuser iaccess ithe idata icloud iwill iretrieve ithe iinformation ias ireversible imanner.