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		@@ -22,8 +22,8 @@ In the following, we rely on the black-box definition of cryptographic pairings
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For cryptographic purpose, pairings are usually defined over elliptic curves, hence $\GT$ is a multiplicative subgroup of the multiplicative group of a finite field.
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Most standard assumptions over pairings are derived from the equivalent of the Diffie-Hellman assumptions from cyclic groups,
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defined in Definition~\ref{de:DDH} and recalled here.
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The most standard assumptions over pairings are derived from the equivalent of the Diffie-Hellman assumptions from cyclic groups,
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described in Definition~\ref{de:DDH} and recalled here.
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\begin{definition}[$\DDH$ (recall)]  \index{Discrete Logarithm!Decisional Diffie-Hellman}
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  Let $\GG$ be a cyclic group of order $p$. The \emph{decisional Diffie-Hellman} ($\DDH$) problem is the following.
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