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Diffstat (limited to 'comparison/comparison.tex')
| -rw-r--r-- | comparison/comparison.tex | 16 |
1 files changed, 8 insertions, 8 deletions
diff --git a/comparison/comparison.tex b/comparison/comparison.tex index 983eaa9..909fee7 100644 --- a/comparison/comparison.tex +++ b/comparison/comparison.tex @@ -79,7 +79,7 @@ Offline Chaum \cite{chaum1990untraceable} & \Y & $\log n$ & $\log n$ & \N & \N \\ -Tracz \cite{tracz2001} % HINDE +Tracz \cite{tracz2001fair} % HINDE & 2001 & E & \Y & \Y & ? & \N @@ -87,7 +87,7 @@ Tracz \cite{tracz2001} % HINDE & \Y & $\log n$ & $\log n$ & Onl. & \N \\ -Compact \cite{camenisch2005} +Compact \cite{camenisch2005compact} & 2005 & \N & \N & \N & ? & \N @@ -102,7 +102,7 @@ Compact \cite{camenisch2005} % & \Y & \N & W % We're guessing trustless anonymity because not trusted setup % & OFF & \N \\ -Divisible \cite{pointcheval2017} +Divisible \cite{pointcheval2017cut} & 2017 & \N & \N & \N & ? & \N @@ -173,7 +173,7 @@ Taler \item \textbf{Receipts \& Refunds.} The customer either can prove that they payed for a contract, or they can get their (unlinkable) money back, - which provides a form of fair exchange ala \cite{camenisch2007endorsed}. + which provides a form of fair exchange ala \cite{camenisch2008endorsed}. Also merchants can issue refunds for completed transactions. These operations must not introduce linkability or otherwise compromise the customer's anonymity. @@ -252,10 +252,10 @@ transactions with the same coin are linkable. Reference: \cite{schoenmakers1997security}. Has some practical aspects, including ``coinage'' (=denomination) expiration. \subsection{Electronic Cash with Change Return} -Reference: \cite{tracz2001}. Has change return, but not with the same taxability guarantees as Taler. Also has an implementation. +Reference: \cite{tracz2001fair}. Has change return, but not with the same taxability guarantees as Taler. Also has an implementation. \subsection{Compact E-Cash} -Reference: \cite{camenisch2005}. Allows to withdraw $2^\ell$ coins in $O(\ell)$. Either the whole +Reference: \cite{camenisch2005compact}. Allows to withdraw $2^\ell$ coins in $O(\ell)$. Either the whole $2^\ell$ coins must be spent at once, or all coins must be spent separately. @@ -271,12 +271,12 @@ are a side-effect of the crypto used. \subsection{Practical Divisible E-Cash with Arbitrary Wallet Size} -Reference: \cite{maertens2015} (unpublished). Parallel development to ``Divisible E-Cash Made Practical'', uses +Reference: \cite{maertens2015practical} (unpublished). Parallel development to ``Divisible E-Cash Made Practical'', uses accumulators and not the global structure (less trusted setup). Can withdraw arbitrary ``big'' amount. \subsection{Cut Down The Tree} -Reference: \cite{pointcheval2017}. Keeps some of the ideas of \cite{canard2015divisible} but removes the tree structure. +Reference: \cite{pointcheval2017cut}. Keeps some of the ideas of \cite{canard2015divisible} but removes the tree structure. Currently considered state of the art. \section{Things we don't care about} |