E-Voting: Decentralized Systems for Democracy

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Related lectures (27)

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Digital Voting Systems: Security and Verifiability

Explores the security and verifiability of digital voting systems, including in-person and remote e-voting, focusing on protection against tampering and ballot counting efficiency.

Decentralized E-Voting: Challenges and Solutions

Explores challenges and solutions in decentralized e-voting systems, emphasizing integrity, privacy, and coercion resistance.

E-Voting: Election Phases and Security Measures

Discusses election phases, ballot security, privacy, and transparency in e-voting.

Social Influence and Choice

Explores social influence, democracy, individual autonomy, equality, and decision-making models.

Electronic Voting: Processes and Approaches

Explores electronic voting processes, approaches, and technologies, emphasizing integrity, fairness, and transparency in voting systems.

E-Voting: Research and Challenges

Explores e-voting research, digital algorithms, privacy challenges, and cryptographic methods in ensuring legitimacy and participation.

E-voting: individual verifiability

Explores individual verifiability in the e-voting system, covering verifiable protocols, zero-knowledge proofs, and vote integrity.

Mixnet based on Paillier

Explores a mixnet based on a secure verifiable shuffle system and its applications.

Weak Fiat-Shamir: Vulnerabilities in Cryptographic Protocols

Covers vulnerabilities in the Fiat-Shamir heuristic and its impact on Helios voting security.

Coalitions and Group Decisions

Explores Cooperative Game Theory, focusing on group decisions, voting protocols, manipulation, and the challenges of games with more than two players.