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Hierarchical concurrent systems from a model-oriented perspective
Daniel Einarson
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Doctoral Thesis
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Keyphrases
Hierarchical Level
100%
Concurrent Systems
100%
Software Support
100%
Model-oriented
100%
Level Dependence
100%
Autonomous Entity
100%
Software Engineering
66%
Organization System
66%
Hierarchical Systems
66%
Object-oriented Software
66%
Architectural Design
33%
Communication Management
33%
Software Development
33%
System Level
33%
Control System
33%
Well-defined
33%
Time-based
33%
Robotics
33%
State-based
33%
Time Concepts
33%
One-level
33%
Model Based Programming
33%
Planning System
33%
Time Semantics
33%
Design Proposal
33%
Real-world Systems
33%
Sequential System
33%
Concurrency
33%
Term Model
33%
Thinking Process
33%
Hierarchical Construction
33%
Software Representation
33%
Programming Project
33%
Business Process Management
33%
Object-oriented
33%
Distribution Management
33%
Model Orientation
33%
Human Actors
33%
Concurrent Model
33%
Hierarchical Property
33%
Java-based
33%
Engineering Aspects
33%
Robot Motion Planning
33%
Robot Control System
33%
Engineering Perspective
33%
Dependent Behavior
33%
Software Components
33%
Hierarchical Composition
33%
Two-directional
33%
Time Axis
33%
System Composition
33%
Object-oriented Technology
33%
Programming Languages
33%
Computer Science
Hierarchical Level
100%
Software Support
100%
Robot
100%
Concurrent System
100%
Oriented Perspective
100%
Autonomous Entity
100%
Software Engineering
66%
object oriented software
66%
Architectural Design
33%
Communication Management
33%
Software Development
33%
Case Study
33%
Hierarchical Composition
33%
Programming Language
33%
Dependent Behavior
33%
System Composition
33%
Software Component
33%
Object Orientation
33%
Concurrency
33%
Process Management
33%
Systems Planning
33%
Robot Control
33%
General Concept
33%