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Oestreich, Hendrik: Design of an Interactively Parametrizable Robot Skill Architecture for the KUKA iiwa. 2017
Inhalt
Introduction
General introduction
FlexiMiR project description
Goals
Related Work
History and Origins
Skill Frameworks
Proprietary Implementations
Concept
Skill Primitives
Skills
Tasks
Composition of Skills and Tasks
Concept for Realization
BPMN
Camunda
AWAre Framework
Kuka iiwa
Kuka Sunrise.OS
Interactive Parametrization
Task Frames
Implementation
Framework Architecture
Skill primitives - Kuka specific
SkillProvider - RoboticsAPIApplication
Skill Callbacks
Skill Implementation
Skill primitives - Generic implementation (AWAre Plugin)
Skill Delegate
Pre- and Postconditions
Robot Skill Plugin
Skill and Task Composition
Task Frames
Kuka Scene Graph
Neo4J - Persistent Storage
Interactive Parametrization
Teach Skill
Teaching Task Frames
Teaching Trajectories
Application
Production Environment and Components
Modelled Assembly Process
Exemplary Task composition
Plug and Produce
Localization of Objects
Simulation and Motion Planning
Safety
Risk Assessment
Kuka Safety
Discussion
Parametrization
Robustness
Composition
World Model
Safety
Potentials and Limitations
Summary
Conclusion and Outlook
Conclusion
Outlook
Appendix
Camunda Modeler
AWAre GUI - Robot Control Center
SICK Safety Designer
Kuka iiwa
BPMN Diagrams
Skill example 1
Skill example 2
Task example 1
Task example 2
Code
Repositories
AWAre Skill Implementation
Kuka Skill Implementation
FlexiMiR Application Project
Skill Callback Example
Skill Delegate Example
Skill Condition Example
Teach Skill
RST Examples
Class Diagram
References