Abstract
This paper illustrates how a transformation technique can be used to demonstrate the
relationship among e-voting, e-auction, e-cheque, and e-cash, even though they serve distinct purposes.
Initially, we examine the definitions of e-cheque and e-cash schemes, along with their respective security
models. Subsequently, we develop a systematic framework to transform e-cheque into e-cash, supported
by formal proof demonstrating the security of the conversion. As a corollary, we further exemplify this
integration with a generic transformation framework to obtain e-cash from e-voting directly by combining
an existing transformation of e-voting into e-cheque and the transformation of e-cheque into e-cash which
we established earlier. We apply our transformation framework to Li et al.’s transformed e-cheque scheme
and Li et al.’s e-voting scheme to obtain a concrete, secure e-cash scheme that is IND-CCEA, IND-CIA, and
EUF-CIA as an instance. Finally, we examine how our result contributes to the integration and relationship
between e-voting, e-auction, e-cheque, and e-cash systems.
relationship among e-voting, e-auction, e-cheque, and e-cash, even though they serve distinct purposes.
Initially, we examine the definitions of e-cheque and e-cash schemes, along with their respective security
models. Subsequently, we develop a systematic framework to transform e-cheque into e-cash, supported
by formal proof demonstrating the security of the conversion. As a corollary, we further exemplify this
integration with a generic transformation framework to obtain e-cash from e-voting directly by combining
an existing transformation of e-voting into e-cheque and the transformation of e-cheque into e-cash which
we established earlier. We apply our transformation framework to Li et al.’s transformed e-cheque scheme
and Li et al.’s e-voting scheme to obtain a concrete, secure e-cash scheme that is IND-CCEA, IND-CIA, and
EUF-CIA as an instance. Finally, we examine how our result contributes to the integration and relationship
between e-voting, e-auction, e-cheque, and e-cash systems.
Original language | English |
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Pages (from-to) | 71773-71791 |
Number of pages | 19 |
Journal | IEEE Access |
Volume | 13 |
DOIs | |
Publication status | Published - 23 Apr 2025 |
ASJC Scopus subject areas
- General Computer Science
- General Materials Science
- General Engineering
Keywords
- e-auction
- e-cash
- e-cheque
- e-voting
- relationships
- transformation frameworks