| Document Date: 2011-07-12 08:53:07
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Country Belgium / / Currency pence / / IndustryTerm large robot software systems / software engineering / control algorithms / software artifacts / software design / robotics software framework / software documentation / export/import services / robotics software developers / featureful open source robotics software framework / networked computing infrastructure / component-based software systems / robotic software systems / software combinations / software infrastructure / “device / robot software systems / software deals / robot systems / software framework harmonization / robotics software frameworks / large-scale robotics software frameworks / technology domain / the required functionality and infrastructure / off the shelf hardware / software components / computing / software primitives / software entities / robotic systems / robotics software / particular complex robot software system / robotics systems / multi-robot systems / software systems / components more composable and systems / energy / / Organization Katholieke Universiteit Leuven / U.S. Securities and Exchange Commission / / Person Herman Bruyninckx Katholieke Universiteit Leuven / / Position author / designer / system designer / device driver / / Product M-16 / / ProgrammingLanguage Java / / Technology object-oriented programming / RAM / control algorithms / Java / Finite State Machine / operating systems / /
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Robotics software framework harmonization by means of component composability benchmarks. “The manifolds of four” Herman Bruyninckx Katholieke Universiteit Leuven, Belgium 30 September, 2010