RTOS, Embedded Linux, Real-Time Operating System and DO-178B: LynuxWorks

CHAUFFEUR 2
Automated road transport and vehicles under electronic control

 

 

Under the co-ordination of DaimlerChrysler, CHAUFFEUR 2 was a multi-year demonstration project of future automated road transport, smart adaptive cruise-control, and vision-based lane keeping, using trucks from DaimlerChrysler, IVECO and Renault. Three-truck platoons were demonstrated in which only the leading vehicle is driven by a human driver. The driverless vehicles are operated entirely by electronic control, and they follow the leading vehicle at a very close, but safe, distance. Members of a European consortium of automotive and engineering experts contributed multiple technologies for the CHAUFFEUR project, such as active braking and steering, an electronically controlled drivetrain, video-based sensor modules and 5.8 GHz vehicle-to-vehicle communications. A safety-critical Vehicle Controller (VC) interfaces with the various CHAUFFEUR subsystems.

 

The CHAUFFEUR2 control algorithms run on DaimlerChrysler's Vehicle Controller (VC) board—PowerPC® 604 400 MHz VME—within a framework software under the LynxOS® real-time operating system. This mission-critical framework provides safety checks and status monitoring of each CHAUFFEUR subsystem, and sends them commands, via CAN connections, digital/analog interfaces, Ethernet and RS232 serial interfaces.

A LynuxWorks operating system in action: Industrial and Automation
Acutrol 3000 Multi-axis Digital Servo Controller

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