000			a
999			_c19053 _d19053
003			OSt
005			20230327115920.0
008			230327b xxu||||| |||| 00| 0 eng d
040			_aAIKTC-KRRC _cAIKTC-KRRC
100			_920288 _aHariharan, R.
245			_aPublic auditing using identity based cryptosystems on multi-copy data integrity in cloud
250			_aVol.13(3), Sep
260			_aChennai _bICT Academy _c2022
300			_a2748-2752p.
520			_aCloud computing relies on a reliable and secure storage system. A cloud auditing technique is used by customers to ensure that their information is safe and secure while being stored in the cloud. However, no matter how sophisticated the auditing procedures are, cloud auditing will be rendered useless if the cloud service provider (CSP) learns in order of obtaining the secret key. The secret keys of auditing is prevented if it occur, the damage must be minimised. Cloud auditing is resistant on the Public Key Infrastructure (PKI) and face difficulties in managing and verifying certificates. In addition, these techniques require a lot of computing time to data block integrity. Although certificates are eliminated, the damage caused by key disclosure is limited preceding the identity-based schemes. In this paper, we develop a bilinear pairings based Identity-based cloud auditing, where the system is set up using the PDP model. Neither the key update time nor the number of time periods affect the algorithm execution time. The public keys are all the same. This strategy reduces the calculation time for blockless verification. Second, the client constant monitoring of audit reports ensures that the TPA does not get any information from the stored file. Batch auditing is now planned. As a result, TPA audits become even more efficient.
650		0	_94619 _aEXTC Engineering
700			_920289 _aKomarasamy, G.
773	0		_x0976-0091 _dChennai ICT Academy _tICTACT journal on communication technology
856			_uhttps://ictactjournals.in/paper/IJCT_Vol_13_Iss_3_Paper_5_2748_2752.pdf _yClick here
942			_2ddc _cAR