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Sergey Goncharov 2026-05-23 00:53:58 +01:00
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ACV-abstract-2026/sym-sim.tex
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@ -253,7 +253,7 @@ we consider four ways of relaxing Barr relators, to model simulation:
\item\label{it:ll-barr} left-lax Barr relator $\appr\comp\bar{F}$ \item\label{it:ll-barr} left-lax Barr relator $\appr\comp\bar{F}$
\item\label{it:rl-barr} right-lax Barr relator $\bar{F}\comp\appr$ \item\label{it:rl-barr} right-lax Barr relator $\bar{F}\comp\appr$
\item\label{it:bl-barr} bi-lax Barr relator $\appr\comp\bar{F}\comp\appr$ \item\label{it:bl-barr} bi-lax Barr relator $\appr\comp\bar{F}\comp\appr$
\item\label{it:ml-barr} mid-lax Barr relator $R\mapsto F\pi_2\comp\sappr\comp(F\pi_1)^\op$, by \item\label{it:ml-barr} mid-lax Barr relator $R\mapsto F\pi_2\comp\appr\comp(F\pi_1)^\op$, by
viewing $R$ as a span via projections $\pi_1\c R\to X$, $\pi_2\c R\to Y$. viewing $R$ as a span via projections $\pi_1\c R\to X$, $\pi_2\c R\to Y$.
\end{enumerate} \end{enumerate}
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