### Makes it work with plain latex

parent 5f03268f
 %!TEX program = xelatex \documentclass{llncs} \usepackage{makeidx} \usepackage[xetex]{graphicx} \usepackage{graphicx} \usepackage[binary-units=true]{siunitx} \usepackage[numbers]{natbib} \usepackage{listings} ... ... @@ -388,7 +387,7 @@ A test set is then constructed by taking the product of these sets, or subsets o The difference between different testing methods is how states are distinguished (i.e.\ the last part). In the so-called \emph{partial W-method}, or \emph{Wp-method}, \citep{Fujiwara1991} states are distinguished based on the current state of the hypothesis: For each state $q \in Q_H$ a set $E_{q} \subset E$ of discriminators is constructed, such that for each state $q' \in Q \setminus \{q\}$ there is a sequence $w \in E_{q}$ that distinguishes $q$ and $q'$, i.e.\ $\lambda_H(q, w) \neq \labmda_H(q', w)$. For each state $q \in Q_H$ a set $E_{q} \subset E$ of discriminators is constructed, such that for each state $q' \in Q \setminus \{q\}$ there is a sequence $w \in E_{q}$ that distinguishes $q$ and $q'$, i.e.\ $\lambda_H(q, w) \neq \lambda_H(q', w)$. Then, each trace $uv, u \in S \cdot I, v \in I^{l}$ is concatenated with the set $E_q$ such that $q = \delta_H(q_H, uv)$. %The method that uses a set of discriminators for all pairs of states is called the \emph{W-method} \cite{chow1978testing}. ... ...
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