Comparison of Encryption Time for Multi-level Authentication in Cloud using Lightweight Cryptography Method over Chipper Text-PolicyAttribute Based Encryption Algorithm
In an attempt to reduce encryption time, we would want to compare the Chipper text-policy-attribute based encryption method with a new lightweight cryptography strategy for secure cloud data sharing. Tools and Methods for Scientific Research: To successfully analyze encryption time for safe data sha...
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| Vydáno v: | International Conference on Computing, Communication, and Networking Technologies (Online) s. 1 - 5 |
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| Jazyk: | angličtina |
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IEEE
24.06.2024
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| ISSN: | 2473-7674 |
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| Abstract | In an attempt to reduce encryption time, we would want to compare the Chipper text-policy-attribute based encryption method with a new lightweight cryptography strategy for secure cloud data sharing. Tools and Methods for Scientific Research: To successfully analyze encryption time for safe data sharing in the cloud, Google Cloud supplies the necessary dataset. Cloud computing frameworks and applications will be explored, planned, and built in this article. Two encryption approaches, Ciphertext-Policy-Attribute Based and Lightweight Cryptography Method, are examined once the database sets are imported. You may think of two main groups into which both algorithms fall. An 80% G-power, a 95% confidence interval, and a 0.05 significance level are all part of the 97 -sample requirement for each dataset. The results may be yours if you can figure out how many milliseconds it takes to encrypt the given inputs. Using the IBM SPSS application, the data is obtained. There is a significant result from the independent sample \mathbf{t}-test, as shown by the following: \mathbf{p = 0. 0 0 0} (\mathbf{\lt}0.05). Both approaches are very different from one another from a statistical perspective. The results show that compared to the Lightweight Cryptography Method, Chipper Text-PolicyAttribute Based Encryption Algorithm encrypts data much more quickly. The Lightweight Cryptography Method encrypts data in 0.2059 milliseconds, which is much faster than the Chipper Text-Policy-Attribute Based Encryption Algorithm's 0.3939 milliseconds. |
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| AbstractList | In an attempt to reduce encryption time, we would want to compare the Chipper text-policy-attribute based encryption method with a new lightweight cryptography strategy for secure cloud data sharing. Tools and Methods for Scientific Research: To successfully analyze encryption time for safe data sharing in the cloud, Google Cloud supplies the necessary dataset. Cloud computing frameworks and applications will be explored, planned, and built in this article. Two encryption approaches, Ciphertext-Policy-Attribute Based and Lightweight Cryptography Method, are examined once the database sets are imported. You may think of two main groups into which both algorithms fall. An 80% G-power, a 95% confidence interval, and a 0.05 significance level are all part of the 97 -sample requirement for each dataset. The results may be yours if you can figure out how many milliseconds it takes to encrypt the given inputs. Using the IBM SPSS application, the data is obtained. There is a significant result from the independent sample \mathbf{t}-test, as shown by the following: \mathbf{p = 0. 0 0 0} (\mathbf{\lt}0.05). Both approaches are very different from one another from a statistical perspective. The results show that compared to the Lightweight Cryptography Method, Chipper Text-PolicyAttribute Based Encryption Algorithm encrypts data much more quickly. The Lightweight Cryptography Method encrypts data in 0.2059 milliseconds, which is much faster than the Chipper Text-Policy-Attribute Based Encryption Algorithm's 0.3939 milliseconds. |
| Author | Reddy, Peram Venkata Krishna Teja Justin Thangaraj, S. John |
| Author_xml | – sequence: 1 givenname: Peram Venkata Krishna Teja surname: Reddy fullname: Reddy, Peram Venkata Krishna Teja organization: Saveetha Institute of Medical and Technical Sciences,Saveetha School of Engineering,Dept of CSE,Chennai,India – sequence: 2 givenname: S. John surname: Justin Thangaraj fullname: Justin Thangaraj, S. John organization: Saveetha Institute of Medical and Technical Sciences,Saveetha School of Engineering,Dept of CSE,Chennai,India |
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| Snippet | In an attempt to reduce encryption time, we would want to compare the Chipper text-policy-attribute based encryption method with a new lightweight cryptography... |
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| SubjectTerms | Authentication Chipper Text Policy-Attribute Based Encryption Algorithm Cloud computing Encryption Encryption Time Multilevel authentication Novel Lightweight Cryptography Method Technology Testing |
| Title | Comparison of Encryption Time for Multi-level Authentication in Cloud using Lightweight Cryptography Method over Chipper Text-PolicyAttribute Based Encryption Algorithm |
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