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RTCF: A framework for seamless and modular real-time control with ROS

Michael Fennel, Stefan Geyer, Uwe D. Hanebeck

Year
2021
Citations
3
Access
Open access

Abstract

Owing to the steady progress in the field of Linux kernel development, high-performance control applications are no longer a rarity on general-purpose computing platforms. However, many real-time control libraries lack important properties such as modularity, effortless integration, and encapsulation. These are key design features of the popular Robot Operating System (ROS) that is, however, not real-time capable. We aim to solve this issue by introducing the Real-Time Control Framework (RTCF), which offers high modularity, ROS-related concepts leading to seamless interoperability with ROS, and high performance. To demonstrate the capabilities of the RTCF, we provide several examples and exemplary performance data.

Keywords

InteroperabilityModular designModularity (biology)Computer scienceEncapsulation (networking)Key (lock)Embedded systemField (mathematics)Distributed computingControl (management)

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