We present a tool, called TraceAligner, for solving Trace Alignment by first compiling into Planning and then solving it with any available cost-optimal planner. TraceAligner can produce different variants of the output Planning instance, each offering different degrees of readability and solution efficiency. The Planning instance is expressed in PDDL, the Planning Domain Definition Language. The tool can be easily extended and coupled with any planner taking PDDL as input language. A thorough experimental analysis has shown that the approach dramatically outperforms existing ad-hoc tools, thus making TraceAligner the best-performing tool for Trace Alignment with declarative specifications.

A tool for declarative Trace Alignment via automated planning / De Giacomo, G.; Fuggitti, F.; Maggi, F. M.; Marrella, A.; Patrizi, F.. - In: SOFTWARE IMPACTS. - ISSN 2665-9638. - 16:(2023). [10.1016/j.simpa.2023.100505]

A tool for declarative Trace Alignment via automated planning

De Giacomo G.;Fuggitti F.
;
Maggi F. M.;Marrella A.;Patrizi F.
2023

Abstract

We present a tool, called TraceAligner, for solving Trace Alignment by first compiling into Planning and then solving it with any available cost-optimal planner. TraceAligner can produce different variants of the output Planning instance, each offering different degrees of readability and solution efficiency. The Planning instance is expressed in PDDL, the Planning Domain Definition Language. The tool can be easily extended and coupled with any planner taking PDDL as input language. A thorough experimental analysis has shown that the approach dramatically outperforms existing ad-hoc tools, thus making TraceAligner the best-performing tool for Trace Alignment with declarative specifications.
2023
Automated planning; Business process management; Declarative Trace Alignment; Linear-time temporal logics on finite traces
01 Pubblicazione su rivista::01a Articolo in rivista
A tool for declarative Trace Alignment via automated planning / De Giacomo, G.; Fuggitti, F.; Maggi, F. M.; Marrella, A.; Patrizi, F.. - In: SOFTWARE IMPACTS. - ISSN 2665-9638. - 16:(2023). [10.1016/j.simpa.2023.100505]
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11573/1681517
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