Due to the change of SICE 2020 to online, RT-Middleware tutorial also will be held as an online tutorial.
RT-Middleware is a software platform that streamlines the development of robot, IoT and distributed control and measurement systems. Since a robot system is constructed by combining a large number of modularized software called RT-Components, it is easy to change and expand the system, as well as inheriting existing software assets and components created by others. The seminar will explain the outline of RT-Middleware and how to create RT-Components. Students will be required to prepare their own PCs and actually create RT-Components in a practical format, and combine them with existing components to construct a simple system. By taking this course, you will be able to master the RT-Component design method, implementation method, and system integration method. This course will be held online by using Zoom.
- Sponsor: SICE, SICE SI-division, AIST
- Date: September 23rd, 2020
- Time: 11:00 -16:00 ICT (Indochina Time = Time zone of Thailand) (13:00 -18:00 JST）
- Registration fee : 2,500 JPY (for SICE 2020 Participants), 5,000 JPY (for Non-Participants)
- Please select Half-day Tutorial in the SICE 2020 Registration Site
- Registration : For the registration, please visit SICE2020
- The number of participants : 20
|11:00 -11:50 ICT
|Part 1: Overview of OpenRTM-aist and RT-Component programming
Lecturer：Noriaki Ando (AIST)
Outline： RT-Middleware (OpenRTM-aist) is a software platform for building robot systems in a component-oriented manner. By using RT-Middleware, existing components can be reused and a module-oriented flexible robot system can be constructed. This section describes the outline of RT-Middleware and the functions and programming flow of RT-Components.
|11:50 -12:00 ICT
|Q&A and discussion|
|12:00 -12:10 ICT
|Confirming the installation of software required for the tutorial|
|12:10 -13:10 ICT
|13:10 -16:00 ICT
|Part2: Introduction to creating RT-Components
Lecturer：Nobuhiko Miyamoto (AIST)
Outline： In addition to explaining how to use RTSystemEditor, a tool for designing RT systems, and RTCBuilder, a tool for creating RT-Components, you will learn how to use RTCBuilder and RTSystemEditor through hands-on training using a mobile robot simulator.
( ICT: Indochina Time, JST: Japan Standard Tme )
Prepare for the tutorial
Please prepare a PC for the second part of the programming practice. You cannot join with a smartphone or tablet.
Please download the following ZIP file and expand it with Lhaplus etc.
Please install the following software. If the link is broken, please install the latest version. If you have a 64-bit version of Windows, download the 64-bit version, or download the 32-bit version of the 32-bit version.
- Visual Studio 2019
- Make sure you have Visual C++ installed.
- Python 3.7
- Doxygen (32bit, 64bit）
※ If Python 3.8 is already installed, please install the following OpenRTM-aist 1.2.2-Beta. (64bit version only)
$ wget https://raw.githubusercontent.com/OpenRTM/OpenRTM-aist/master/scripts/pkg_install_ubuntu.sh $ sudo sh pkg_install_ubuntu.sh -l all --yes
# Ubuntu for 18.04, 18.10 $ sudo apt-get install openjdk-8-jdk # Ubuntu for 16.04 $ sudo apt-get install default-jdk
For Ubuntu 18.04 and 18.10, switch to java8 with the following command.
$ sudo update-alternatives --config java
$ sudo apt-get install git
Premake(for RaspberryPiMouseSimulator )
$ sudo apt-get install premake4
$ sudo apt-get install freeglut3-dev
$ wget https://raw.githubusercontent.com/OpenRTM/RTM_Tutorial_ROBOMECH2019/master/script/install_raspimouse_simulator.sh $ sh install_raspimouse_simulator.sh
$ sudo apt-get install codeblocks
$ sudo apt-get install cmake-qt-gui
Notes on holding online
This RT middleware tutorial will be held online using Zoom. Please read the following student manuals.