Titlebook: Secure Electronic Voting; Dimitris A. Gritzalis Book 2003 Springer Science+Business Media New York 2003 Internet.computer.computer science

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The Evaluation of Voting Technologyoday, the Australian ballot, including punched card and optical mark-sense ballots, and direct recording voting machines, including mechanical lever machines. Alternate models for canvassing and remote voting further complicate the evaluation.

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Verification for Electronic Balloting Systems and testing of voting systems are cited. The difficulties in performing validation of fully computerized election equipment are described, with even greater concerns for Internet-based systems. A method whereby physical verifiability can be added to increase assurances of correctness is detailed.

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Secure Electronic Voting: the Current Landscapeate and discuss the extent to which current voting protocols comply with the identified requirements and thus examine the feasibility of organising and conducting an Internet based election in a secure, efficient and reliable way.

苦恼

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Robust Verifiable non-Interactive Zero-Sharingssly integrated in large scale “homomorphic encryption” based e-voting schemes, and enables a set of voters to protect the privacy of their votes, even in settings where all authorities may be dishonest and try to violate voter’s privacy.

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Untraceable Electronic Mail, Return Addresses and Digital Pseudonymsible if anonymously mailed ballots are signed with pseudonyms from a roster of registered voters. Another use allows an individual to correspond with a record-keeping organization under a unique pseudonym, which appears in a roster of acceptable clients.

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Verification for Electronic Balloting Systemsulation. Risks that pertain to system design, misuse, and sociological factors are discussed in detail. Some standards that could assist in the design and testing of voting systems are cited. The difficulties in performing validation of fully computerized election equipment are described, with even

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