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Solving the RoboSoccer Challenge Problem with UML-RT and Papyrus-RT.

, , and . MoDELS (Companion), page 221-227. IEEE, (2019)

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PMExec: An Execution Engine of Partial UML-RT Models., , , and . ASE, page 1178-1181. IEEE, (2019)Live-UMLRT: A Tool for Live Modeling of UML-RT Models., , , and . MoDELS (Companion), page 743-747. IEEE, (2019)Enabling model-driven software development tools for the internet of things., and . MiSE@ICSE, page 93-99. ACM, (2019)Toward client-agnostic hybrid model editor tools as a service., , and . MoDELS (Companion), page 91:1. ACM, (2020)A general architecture for client-agnostic hybrid model editors as a service., , and . MoDELS (Companion), page 749-754. ACM, (2022)mCUTE: A Model-Level Concolic Unit Testing Engine for UML State Machines., , and . ASE, page 1182-1185. IEEE, (2019)An evaluation of Papyrus-RT for solving the leader-follower challenge problem.. MoDELS (Workshops), volume 2245 of CEUR Workshop Proceedings, page 366-375. CEUR-WS.org, (2018)Solving the RoboSoccer Challenge Problem with UML-RT and Papyrus-RT., , and . MoDELS (Companion), page 221-227. IEEE, (2019)Automatic Distribution and Cloud-Native Deployment of Executable Component and Connector Models. Queen's University at Kingston, Ontario, Canada, (2022)Highly Scalable Parallel Search-Tree Algorithms: The Virtual Topology Approach., , and . CLUSTER, page 518. IEEE Computer Society, (2015)