Recent results show that the current implementation of Helios, a practical e-voting protocol,
does not ensure independence of the cast votes, and demonstrate the impact of this lack of …

We propose a new encryption primitive, commitment consistent encryption (CCE), and
instances of this primitive that enable building the first universally verifiable voting schemes …

Abstract At Eurocrypt'95 Sako and Kilian presented the first Mix-type voting scheme which is
receipt-free and universally verifiable. In this contribution we analyze this scheme and show …

We present three new paper-based voting methods with interesting security properties. Our
goal is to achieve the same security properties as recently proposed cryptographic voting …

Prior verifiable secret-ballot election protocols all suffer from a common defect whkhrenderst
hemunsuitablef orpracticalu se: they allow voters to (if they wish) carry away from the …

We present a new paper-based voting method with interesting security properties. The
attempt here is to see if one can achieve the same security properties of recently proposed …

Cryptographic voting protocols offer the promise of verifiable voting without needing to trust
the integrity of any software in the system. However, these cryptographic protocols are only …

Looking at current cryptographic-based e-voting protocols, one can distinguish three basic
design paradigms (or approaches):(a) Mix-Networks based,(b) Homomorphic Encryption …

We present a number of enhancements to the voter verifiable election scheme Prêt à Voter
[CRS05]. Firstly, we propose a mechanism for the distributed construction by a set of …

We present Scratch & Vote;(S&V), a cryptographic voting system designed to minimize cost
and complexity:(1) ballots are paper-based and can be printed using today's technology,(2) …