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Homomorphic encryption / ElGamal encryption / Probabilistic encryption / Blind signature / Encryption / Ciphertext / Goldwasser–Micali cryptosystem / Cipher / Zero-knowledge proof / Cryptography / Public-key cryptography / Paillier cryptosystem


Privacy and Verifiability in Voting Systems: Methods, Developments and Trends Hugo Jonkera,∗ , Sjouke Mauwa,b , Jun Panga a University of Luxembourg, Faculty of Sciences, Technology and Communication
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Document Date: 2013-09-25 07:33:00

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File Size: 563,42 KB

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Company

Fiat / Shamir / Voting Systems / /

Country

Luxembourg / /

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Facility

University of Luxembourg / Privacy building / /

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IndustryTerm

verifiable systems / cryptographic systems / homomorphic systems / challenge/response protocol / anonymous communications / tamper-resistant hardware / classical systems / receipt-free and coercion-resistant systems / homomorphic cryptographic systems / /

Organization

Interdisciplinary Centre for Security / Faculty of Sciences / Technology and Communication / University of Luxembourg / /

Person

Jun Panga / Hugo Jonker / Jun Pang / /

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PoliticalEvent

democratic elections / /

Position

outside observer / registrar / Corresponding author / /

Technology

encryption / cryptographic systems allowing re-encryption / challenge/response protocol / cryptography / Notation Encryption / public key / probabilistic encryption / encryption system / private key / digital signature / /

SocialTag