Enhancement of security in cloud computing with secure multi-party computation

 
 
 
  • Abstract
  • Keywords
  • References
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  • Abstract


    The N sets of parties which are allowed by unconditionally the secure multiparty computation (MPC) for computing securely with a registered function f with the help of unbounded adversary computational at some specified field. Here one can corrupt t among n parties maliciously corrupt. The Protocols of MPC which are known and efficient are developed for online or offline framework. Coming to the offline process, the private & random multiplication-triples which is sharable can be generated by the parties in this framework. Later on, these are useful for online to evaluate the multiplication of gates securely in a circuit which describes as f. In this, Protocols of the MPC efficiency depends on the how the offline implementation efficiently. Here, we proposed a simple method, for shared & private multiplication-triples which are random in nature generation without any conditions securely & safely. The typical protocols face this issue, when the random values of shared pairs produced initially. And also, in computing the product values which is shared for every pair. After that, protocols of multiplication and values which are considered as communication intensive. In proposed scheme, the multiplication protocols are completely used in different manner. Later on, we observe that the share multiplication-triples verification by parties or they are extracted securely or not. With the use of setting of the hybrid network and asynchronous, linear communication MPC protocols used which are multiplication gate overhead & indicates as f. The above are the improvements on the typical MPC protocols with the help of hybrid networking setting, asynchronous and complexity of the communication, if we give to result of synchronous setting in our system. It results efficient MPC protocols which are rounded.


  • Keywords


    Multi-Party-Computation; Privatedata; Privacy; Security

  • References


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Article ID: 9848
 
DOI: 10.14419/ijet.v7i1.1.9848




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