Dissertation > Excellent graduate degree dissertation topics show

The Research about a Secret Tallying Multi-Candidate Electronic Voting Protocol

Author: XuGuangZhi
Tutor: YeZhen
School: Hefei University of Technology
Course: Computer Software and Theory
Keywords: Cryptography Electronic Voting Homomorphic encryption Secret vote count of Multi- candidate
CLC: TP311.52
Type: Master's thesis
Year: 2008
Downloads: 96
Quote: 0
Read: Download Dissertation

Abstract


Electronic voting as traditional electronic voting , not only can save manpower and material resources , and convenience , flexibility and security , while ensuring justice in the interests of the voters and the voting results . Therefore , the electronic voting more and more welcomed to become the inevitable trend of development of the voting field . The study of the electronic voting has become a hot research topic for scientists . This paper first introduces the electronic voting course of development and application in various countries , as well as associated with the electronic voting cryptography basics , focusing on analysis of the two typical protocol . On this basis , the use of cryptography technology , designed both to meet the security requirements for electronic voting , electronic voting protocol that can run on the Internet , and implemented a prototype electronic voting . In this paper, the design of the electronic voting protocol based on homomorphic encryption , not only can the election of a single candidate can achieve multiple candidate elections , making the protocol more suitable for a realistic demand ; protocol using homomorphic encryption features ballot ciphertext form of transmission , to ensure that the electronic voting secret ; we also make use of the so - called \the agency 's voting agreement , the central institutions fraud can not happen ; the use of zero-knowledge proof protocol , so that all legitimate ballots to be counted in the final results of the use of digital signature technology ; agreement also makes illegal the data is not being received , but also to prevent repeat voting voters malicious . We are given the security of electronic voting protocol analysis . Electronic voting protocol design to meet the multiple safety features and precautions attacks may occur . Through electronic voting protocol security analysis shows that the protocol is safe . We have designed an electronic voting protocols and electronic voting system prototype in a real environment to verify the feasibility and correctness of the electronic voting protocol . The tests showed that the agreement is feasible .

Related Dissertations

  1. Convert Communication Based on Quantum Cryptography,O413
  2. Reserch of Quantum Secure Communication Network and Protocol,O413
  3. The Design and Analysis of Quantum Secure Direct Communication Protocol,TN918.1
  4. Study on Quantum Key Distribution Protocols in Free Space,O431.2
  5. Application and Research of Watermark Technology Based on the Theory of Modern Password and Quantum Password,TP309.7
  6. Design and Analysis of Continuous Variable Quantum Cryptography Protocol,O413
  7. Study on Continuous Variable Quantum Key Distribution Using Coherent States,TN918.1
  8. Application of Quantum Key Distribution to Network,TN918.1
  9. Investigation on Optimization of the Quantum Cryptography Communication System and Quantum Logic Gates,O431.2
  10. Multidimensional space quantum key distribution protocol,O413
  11. Chaos-based Cryptography Design and Research,TP309.7
  12. Research on ID-based Key Agreement Protocols,TN918.1
  13. Research of Traitor Tracing Based on Broadcast Encryption,TN918.4
  14. Research on Chaos Based Image Encryption Algorithm,TP309.7
  15. Combination of public key cryptosystem key management center Research and Implementation,TP393.08
  16. Based on the information of quantum cryptography research and application of the agreement signed,TN918.1
  17. Research and Implementation of Key Management Center for Multivariate Public Key Cryptosystems,TP393.08
  18. Secret sharing scheme and its application in the digital signature,TN918.1
  19. Research and Implementation on Interacting Neural Networks-Based Cryptographic Protocols,TP183
  20. Design of A Security Isp Scheme and Implementation of Data Encryption,TP311.1
  21. Research on Quantum Proxy Signature Scheme,TN918.1

CLC: > Industrial Technology > Automation technology,computer technology > Computing technology,computer technology > Computer software > Program design,software engineering > Software Engineering > Software Development
© 2012 www.DissertationTopic.Net  Mobile