Difference between revisions of "MRT"
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== Introduction == | == Introduction == | ||
| + | This is the Modular Robotic Toolkit user manual, a comprehensive guide to | ||
| + | the software architecture for autonomous robots developed by the AIRLab, | ||
| + | Artificial Intelligence and Robotic Laboratory of the Dept. of Electronics | ||
| + | and Information at Politecnico di Milano. | ||
| + | MRT, Modular Robotic Toolkit, is a framework where a set of off-the- | ||
| + | shelf modules can be easily combined and customized to realize robotic appli- | ||
| + | cations with minimal effort and time. The framework has been designed to | ||
| + | be used in different applications where a distributed set of robot and sensors | ||
| + | interact to accomplish tasks, such as: playing soccer in RoboCup, guiding | ||
| + | people in indoor environments, and exploring unknown environments in a | ||
| + | space setting. | ||
| + | The aim of this manual is to present the software architecture and make | ||
| + | the user comfortable with the use and configuration of the different modules | ||
| + | that can be integrated in the framework, so that it will be easy to develop | ||
| + | robotic applications using MRT. For this reason, each chapter will include | ||
| + | some examples of code and configuration files. | ||
| + | |||
== MRT Architecture == | == MRT Architecture == | ||
== MrBrian: Multilevel Ruling Brian Reacts by Inferential ActioNs == | == MrBrian: Multilevel Ruling Brian Reacts by Inferential ActioNs == | ||
Revision as of 12:29, 28 April 2009
Modular Robotic Toolkit
Contents
Introduction
This is the Modular Robotic Toolkit user manual, a comprehensive guide to the software architecture for autonomous robots developed by the AIRLab, Artificial Intelligence and Robotic Laboratory of the Dept. of Electronics and Information at Politecnico di Milano.
MRT, Modular Robotic Toolkit, is a framework where a set of off-the-
shelf modules can be easily combined and customized to realize robotic appli- cations with minimal effort and time. The framework has been designed to be used in different applications where a distributed set of robot and sensors interact to accomplish tasks, such as: playing soccer in RoboCup, guiding people in indoor environments, and exploring unknown environments in a space setting.
The aim of this manual is to present the software architecture and make
the user comfortable with the use and configuration of the different modules that can be integrated in the framework, so that it will be easy to develop robotic applications using MRT. For this reason, each chapter will include some examples of code and configuration files.
MRT Architecture
MrBrian: Multilevel Ruling Brian Reacts by Inferential ActioNs
The Behavior-based Paradigm
The Overall Architecture
Fuzzy predicates
==== CANDO and WANT Conditions====
==== Informed Hierarchical Composition ====
==== Output Generation ====
Modules
==== Fuzzyfier ==== ==== Preacher ==== ==== Predicate Actions ==== ==== Candoer ==== ==== Wanter ==== ==== Behavior Engine ==== ==== Rules Behavior ==== ==== Composer ==== ==== Defuzzyfier ==== ==== Parser and Messenger ====
Configuration Files and Examples
==== Fuzzy Sets ==== ==== Fuzzy Predicates ==== ==== Predicate Actions ==== ==== CANDO and WANT Conditions ==== ==== Playing with activations TODO ==== ==== Defuzzyfication ==== ==== Behavior Rules ==== ==== Behavior List ==== ==== Behavior Composition ==== ==== Parser and Messenger ==== ==== Using Mr. BRIAN ====
