paper 1, Integrating Entanglement Swapping into Secure Socket Layer — Handshake Protocol
Table of Contents
- Session 1 of Future Computer and Communication 2011
- 1. Integrating Entanglement Swapping into Secure Socket Layer — Handshake Protocol
- Session 2 of Future Computer and Communication 2011
- 11. Scene Change Detection with Temporally Constrained Clustering
- Session 3 of Future Computer and Communication 2011
- 21. Walking Compensation Treadmill Based System: Device, Environment and Testing Method
- Session 4 of Future Computer and Communication 2011
- 31. Hidden Coupling and Its Impact on Software Reliability
- Session 1 of Mathematics in Business and Economics 2011
- 40. Modeling Operational Risk in Financial Institutions: Application and Improvement on EVT
- 44. The Effects of Split Share Structure on Accounting Conservatism—Evidence from Chinese Listed Firms
- Session 1 of Mathematics and Geosciences 2011
- 46. Application of Three-Dimensional Terrain Modeling Technology of Gan Jiang Yuan
- Session 1 of Mathematics and Arts 2011
- 51. Automatic Masked Morphing for 3D Facial Animations
- Session 2 of Mathematics and Arts 2011
- 61. Structural Instability for Solo Piano (2007) by Greek Composer Fani Kosona
- Session 3 of Mathematics and Arts 2011
- 71. The Creation of the Modal through Symmetry in Liviu Glodeanu's Musical Composition
Chapter Contents
- Abstract
- Key Words
- 1. Introduction
- 2. Secure Socket Layer — Handshake Protocol Overview
- 3. Secure Socket Layer — Handshake Protocol, Quantum Version
- 4. Conclusions
- 5. Acknowledgement
- References
Excerpt
The protocol Secure Sockets Layer uses a combination of symmetrical and symmetrical encryptions. As we know, encryption with symmetrical keys is more rapid than the one with public keys, the latter offering, however, a much better method of authentication. The protocol Secure Sockets Layer-handshake allows the authentication client-server and the cooperation between parties for the creation of symmetrical keys used for encryption and decryption.
This work proposes the replacement of classical techniques of client-server authentication by a quantum one, which is not vulnerable to the cybernetic attacks, and which solves the problem of Secure Sockets Layer protocol security. Assuring a correct authentication determines giving up the long row of authentication certifications used in the classical case in order to remove the existent suspicions before starting the communication process.
©2011 ASME


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