Detailed description of the challenge problem can be found here .
| Applied Tool | Paper | Artifacts |
|---|---|---|
| ThingML | Implementing the MDETools’18 challenge with ThingML Jakob Høgenes and Brice Morin. |
[Solution] |
| AutoFOCUS3 | Controlling a virtual rover using AutoFOCUS3 Levi Lucio, Sudeep Kanav, Andreas Bayha and Johannes Eder. |
[Models] |
| Papyrus-RT | An evaluation of Papyrus-RT in solving the leader-follower challenge problem Karim Jahed. |
[Models] [Instructions] [Demo] |
| Scenario Tools | Modeling and programming a leader-lollower challenge problem with scenario-based tools Joel Greenyer, Michael Bar-Sinai, Gera Weiss, Aviran Sadon and Assaf Marron. |
[Solution] |
| Umple | Applying Umple to the rover control challenge problem: A case study in model-driven engineering Timothy Lethbridge and Abdulaziz Algablan. |
[Models] [Instructions] |
| xtUML | Navigating the rover with xtUML Keith Brown. |
[Models] |
| Embedded Engineer | Rover Controller with Embedded Engineer LieberLieber Software GmbH and TU Vienna. |
[Demo] |