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About RTAI-Lab

The RTAI-Lab project provides a tool chain to develop block diagrams that can be compiled and executed on the RTAI real-time Linux operating system. RTAI-Lab is included in the RTAI distribution.

Block diagrams can be developed using either Scilab/Scicos (Open Source) or Matlab/Simulink/RTW (commercial).

See also:

RTAI-Lab main features

  • Adds RTAI-Lib palette of RTAI blocks to Scicos to develop real-time block diagrams
  • Enables host and target systems to communicate via net_rpc
  • xrtailab virtual oscilloscope and monitoring application lets you interact with the real-time executable
  • Automatic real-time code generation from Scilab/Scicos
  • Possibility to port Matlab/Simulink/Real-Time Workshop projects to RTAI
  • Interfaces to signal acquisition hardware and other devices supported by Comedi

RTAI-Lab bug reports

To report bugs, ask questions, or submit improvements contact roberto.bucher at supsi.ch.For bug reports please provide Linux kernel version, RTAI version, RTAI patch number, CPU type, data acqusition hardware type, Scilab version, gcc/g++/cpp versions, the block diagram that may cause the bug (.cos file), outputs using verbose option "-v", and possibly kernel logs resulting from "tail -f /var/log/syslog".

RTAI-Lab project leaders

Roberto Bucher, roberto.bucher at supsi.ch
Lorenzo Dozio, dozio at aero.polimi.it

 
RTAI 5.0.1 released
May 15, 2017
The tarball is available at rtai-5.0.1.tar.bz2

Added missing files and fixed wrong module parm declaration for kernel_latency and user_latency. See the Changelog.

 
 
 
RTAI 5.0.1 released
May 15, 2017
The tarball is available at rtai-5.0.1.tar.bz2

Added missing files and fixed wrong module parm declaration for kernel_latency and user_latency. See the Changelog.