Title :
Hover: Trustworthy Elections with Hash-Only Verification
Author :
Essex, Aleksander ; Hengartner, Urs
Abstract :
Hover (Hash-Only Verification), an end-to-end (E2E) verifiable voting system with distributed trust, uses only a collision-resistant hash function for verification. Such verification could make E2E elections more accessible to people without a strong cryptography background.
Keywords :
cryptography; government data processing; trusted computing; E2E verifiable voting system; Hover; collision-resistant hash function; cryptography background; distributed trust; end-to-end verifiable voting system; hash-only verification; trustworthy elections; Cryptography; Electronic voting; Encryption; Nominations and elections; Privacy; Verification; E2E; Hash-Only Verification; Hover; computer security; cryptographic voting; election audits; end-to-end verification; trustworthy elections;
Journal_Title :
Security & Privacy, IEEE
DOI :
10.1109/MSP.2012.63
