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Publications

Publications by José Paiva Proença

2025

RebeCaos Artefact

Authors
Proença, J; ter Beek, MH;

Publication

Abstract

2025

An Adequate While-Language for Stochastic Hybrid Computation

Authors
Neves, R; Proença, J; Souza, J;

Publication
CoRR

Abstract

2025

RebeCaos

Authors
Proença, J; ter Beek, MH;

Publication
COORDINATION MODELS AND LANGUAGES, COORDINATION 2025

Abstract
We describe RebeCaos, a user-friendly web-based front-end tool for the Rebeca language, based on the Caos library for Scala. RebeCaos can simulate different operational semantics of (timed) Rebeca, thus facilitating the dissemination and awareness of Rebeca, providing insights into the differences among existing semantics for Rebeca, and supporting quick experimentation of new Rebeca variants (e.g., when the order of received messages is preserved). The tool also comes with initial reachability analyses for Rebeca models (e.g., the possibility of reaching deadlocks or desirable states). We illustrate the RebeCaos tool by means of a ticket service use case from the timed Rebeca literature.

2025

Animating Rebeca

Authors
ter Beek, MH; Proença, J;

Publication
Rebeca for Actor Analysis in Action - Essays Dedicated to Marjan Sirjani on the Occasion of Her 60th Birthday

Abstract
Rebeca is 20+ years old. Introduced by Marjan Sirjani and colleagues for modelling and analysing actor-based systems, it comes with a variety of tool support, including dedicated model checkers, simulators, and code generators. When encountering Rebeca for the first time, either as a student, as a researcher, or as a practitioner from industry, one needs to grasp the subtleties of Rebeca ’s semantics, which includes variants with probabilities and time. This paper presents a user-friendly web-based front-end, based on the Caos library for Scala, to animate different operational semantics of (timed) Rebeca. This can facilitate the dissemination and awareness of Rebeca, provide insights into the differences among existing semantics, and support quick experimentation of new variants (e.g., when the order of received messages is preserved). The tool is illustrated by means of a ticket service use case from the literature. © The Author(s), under exclusive license to Springer Nature Switzerland AG 2025.

2025

Overview and Roadmap of Team Automata

Authors
ter Beek, MH; Hennicker, R; Proença, J;

Publication
CoRR

Abstract

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