Fraunhofer IPA is pleased to host a technical workshop and an info session on opportunities for funding through the EU H2020 ROSIN project.
Location: Fraunhofer IPA, room D5.19 in building D. Please register at our main entrance to receive a campus map with directions. How to find us
Date and time: from 11.30, May 28, to 15.00, May 29, 2018
Interoperability among different hardware components with the purpose of building robot modules and thereby, modular robots, is an increasingly felt needed among vendors and users of robot technology. This workshop address the need of a common standard interface for the description of robot modules and sub-components to allow the reusability, composability and interoperability of Hardware components.
Starting point of the discussion will be the Hardware Robot Information Model (HRIM), an initiative by Erle Robotics to enable “plug and play robotics”.
The increasing need to interface ROS with industrial machinery is finding solutions that are often developed independently and for ad-hoc needs. The increasing need to interface ROS with industrial machinery is finding solutions that are often developed independently and for ad-hoc needs.
First this session will present tools developed at Fraunhofer IPA and partner institutions, with the goal to possibly gather users and developers with similar needs around them. Specifically:
This workshop will be completed with a hand-ons session on the previously introduced CODESYS<->ROS Bridge and a live demo of existing ROS fielbuses implementation such as MODBUS TCP, EtherNet/IP and CANopen.
The session will present a status report on the software quality assurance measures of ROS-based systems with respect to an extensive study developed during the first year of the ROSIN project. We will present the early but already successful initiatives in the project: the ROS quality hub, a discussion forum for quality issues, and a community working group devoted to quality, geared towards in industry applications. We will also report on what tools are being developed for improving code quality: timemachine (scripts to support testing and debugging of problems in legacy code), ROS Package generator (create your ROS interfaces automatically), and a glimpse into upcoming bug finders (a ROS-specific linter and a ROS fuzzing integration).
To finalize the event we organize an information session about the ROSIN Focused Technical Project opportunity that has a budget of 3+ Million EUR available to fund your ROS related development.
11:30 – 12:30 Welcome snacks
12:30 HRIM: A common interface for robot modules – Irati Zamalloa, Erle Robotics [slides]
14:00 – 14:15 Coffee break
14:15 OPC Unified Architecture and its use in SeRoNet – Sebastian Friedl, University of Stuttgart [slides]
14:45 PLC<->ROS interoperability I – Rafael Arrais, INESC TEC ; Tiago Pinto, INESC TEC ; [slides]
15:30 – 15:45 Coffee break
15:45 PLC<->ROS interoperability II Fieldbusses review – Ludovic Deval, Fraunhofer IPA [slides]
10:30 – 11:00 Welcome coffee
11:00 ROSIN software quality assurance measures – Jonathan Hechtbauer, Fraunhofer IPA [slides] [slides]
12:00 – 13:30 Lunch
13:30 Dissemination session on ROSIN FTP opportunities – Carlos Hernandez , TU Delft [slides]
14:30 – 15:00 Farewell coffee