Home /Research /Modular smart control system architecture for the mobile robot platform; pp. 395–400
PERCEPTION

Modular smart control system architecture for the mobile robot platform; pp. 395–400

Raivo Sell, Eero Väljaots, Tengiz Pataraia, Ehsan Malayjerdi

Year
2019
Citations
3

Abstract

The paper is focusing on the research of current technologies of multi-purpose mobile robots, including implementation of modular layout, open software frameworks, self-organization with plug and play (PnP) capability and adaptive sensor fusion. The hardware layout is studied in detail and modular architecture is proposed as an optimal solution of module interconnection. Software modular architecture is developed in the similar principle, taking plug and play connectivity into account. The framework of the software consists of implementing middleware for the software modularization and three-level hierarchical structure. Practical implementation platforms are introduced and future developments discussed.

Keywords

Modular designEmbedded systemComputer scienceArchitectureMobile robotComputer architectureRobotHuman–computer interactionOperating systemArtificial intelligence

Related papers

Browse all PERCEPTION papers