Join us on Wednesday 25th October for the Project Quality Day at Eclipse Con Europe! Over the course of the day, we’ll hear from 7 different speakers about a great balance of topics relating to different aspects of testing. This year, we have talks about testing in Eclipse contexts, good practices for quality in fast-paced delivery contexts, and examples of tooling and methods for functional software testing.
Markus Duft, SSI Schaefer IT Solutions, EclipseCon has been a great source of information for us over the past few years. We are using the Eclipse IDE (a quite customized/extended one) to develop Eclipse RCP applications, so the conference has always been a double win for us.
Frederic Ebelshäuser, Yatta Solutions, EclipseCon Europe is and has always been a great place to meet up with the community, to exchange with experts, and talk about trends, innovations, and new ideas. At EclipseCon everyone works together for a common goal: to keep the IDE competitive and to create new potential for growth to benefit everyone.
Simulating Autonomous Vehicles and Future Mobility Concepts in Urban Areas, is an early bird pick. Learn more about the project and the presentation from Robert Hilbrich.
Eclipse SUMO is a microscopic transport simulator. SUMO stands for "Simulation of Urban Mobility", so it allows you to simulate the dynamics and interactions of almost all moving objects in a city, also including motorways or waterways. SUMO supports not only passenger vehicles, but also buses, trains, trams, bicycles, motorbikes, pedestrians, ships and even freight containers.
Tim Verbelen's talk, Run OSGi on your robot and teach it new tricks, is this year's early bird pick for the OSGi track. He was interviewed by the OSGi team to learn more about his talk and his robot.
....Verbelen: We have been using OSGi in our research lab for quite some time, so the most convenient way to integrate things for research/demos is to write an OSGi service for it. Currently, we are looking into how to process sensory information (e.g. LIDAR, camera, etc.) and translate this into robot control (e.g. to execute a certain task).