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EXISTING SYSTEM

PROPOSED SYSTEM

EXISTING SYSTEM:-

where fine-grained metering data are required to analyze individual demand curtailments, and hence, need to be attributable

This assumption does not hold in incentive-based demand response (IDR) programs where fine-grained metering data are required to analyze individual demand curtailments, and hence, need to be attributable

PROPOSED SYSTEM:-

we have identified and addressed the unique privacy issues in IDR programs.

We have proposed a scheme which provides fine-grained metering data to the DRP for basic operations, ensuring data integrity throughout all the processes.

EXISTING ALGORITHM :-

Attribute Based Encryption (ABE)

PROPOSED ALGORITHM :-

Ciphertext policy attribute based encryption (CP-ABE).

ALGORITHM   DEFINITION:-

To improve upon the scalability of the above solutions, one-to-many encryption methods such as ABE can be used.

ALGORITHM DEFINITION:-

In a ciphertext policy attribute-based encryption scheme, each user’s private key is associated with a set of attributes representing their capabilities,

DRAWBACKS:-

Exploiting the full potential of demand response (DR). However, it introduces new privacy threats to customers.        

ADVANTAGES:-

To identify and address privacy issues for IDR programs in the smart grid

Our scheme provides an integrated solution for privacy aware IDR programs, which promotes the acceptance of IDR programs.