Abstract
A new agent-based scheme for secure electronic voting is proposed in the paper. The scheme is universal and can be realized in a network of stationary and mobile electronic devices. The proposed mechanism supports the implementation of a user interface simulating traditional election cards, semi-mechanical voting devices or utilization purely electronic voting booths. The security mechanisms applied in the system are based on verified cryptographic primitives: the secure secret sharing scheme and Merkle's puzzles. Due to pre-computations during the generation of agent, the voter need not to do computations. The proposed distributed trust architecture makes the crucial stage of sending votes elastic, reliable, and effective.
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