Skip to main navigation
Skip to search
Skip to main content
University of Applied Sciences Upper Austria Home
Help & FAQ
English
Deutsch
Home
Research units
Profiles
Research output
Projects
Prizes
Activities
Press/Media
Student theses
Search by expertise, name or affiliation
Intelligent Robotic Systems: Design, Planning and Control
Witold Jacak
Research Center Hagenberg
Research output
:
Book/Report
›
Book
›
peer-review
Overview
Fingerprint
Fingerprint
Dive into the research topics of 'Intelligent Robotic Systems: Design, Planning and Control'. Together they form a unique fingerprint.
Sort by
Weight
Alphabetically
Keyphrases
Design Control
100%
Intelligent Robots
100%
System Planning
100%
Robot System Design
100%
Control of Robotic Systems
100%
Design Planning
100%
Robotic System
83%
Robotic Agents
50%
Robotic Cell
50%
Neural Network
33%
Control System
33%
Surrounding Environment
33%
Multi-agent Systems
33%
Vision System
16%
System Integration
16%
Planning Method
16%
Real System
16%
Systems-based
16%
System Components
16%
Increased Productivity
16%
Artificial Intelligence
16%
Systems Engineering
16%
System Method
16%
Knowledge Level
16%
Levels of Autonomy
16%
Engineering Tools
16%
Assembly Process
16%
Industrial Branch
16%
System Use
16%
Autonomous Robots
16%
Control Method
16%
Coordination Modes
16%
Effective Tool
16%
Internal Model
16%
Model-based Control
16%
Networking of Theories
16%
Search Optimization
16%
Dynamic World
16%
Neural Computing
16%
Network Method
16%
Formal Approach
16%
Discrete Event
16%
Economic Integration
16%
System Controller
16%
Cell Control
16%
Real-world Events
16%
Robot Manipulation
16%
Fuzzy Decision Making
16%
Collaborative Planning
16%
Fuzzy Set Theory
16%
Multi-level Coordination
16%
Planning Control
16%
Complexity Level
16%
Systems Theory
16%
Action Planning
16%
Multilevel Control
16%
Synthesis System
16%
Machine Element
16%
Mathematical Engineering
16%
International Competitiveness
16%
Individual Systems
16%
Fuzzy Neural Network
16%
Event-based Systems
16%
Technological Process
16%
Sensory Data
16%
Robotic Intelligence
16%
Intelligence Level
16%
Complicated Environments
16%
Coordination System
16%
Synthetic Control Method
16%
Formal Solution
16%
Motion Planning Problem
16%
Robot Motion Planning
16%
Industrial Economics
16%
Dynamic Phenomena
16%
Sensor Vision
16%
Network Logic
16%
Robot Intelligence
16%
Discrete System
16%
Functional Entities
16%
Perceived Learning
16%
Event-based
16%
Graph Search
16%
Fuzzy Logic Based Controller
16%
Robot Motion
16%
Discrete Dynamic System
16%
Learning Control
16%
Formal Description
16%
Action Control
16%
Network Tools
16%
Continuous Assurance
16%
Perception-action
16%
Work Cells
16%
Agent-based Systems
16%
Computer Science
Cognitive Robotics
100%
Robot
66%
Neural Network
33%
Surrounding Environment
33%
Multi Agent Systems
33%
Decision-Making
16%
System Analysis
16%
System Dynamics
16%
Fuzzy Set Theory
16%
Software Element
16%
Internal Model
16%
Artificial Intelligence Theory
16%
System Controller
16%
Formal Description
16%
Discrete Systems
16%
Executable Plan
16%
Individual System
16%
Control Method
16%
Functional Entity
16%
Motion Planning
16%
Vision Systems
16%
Fuzzy Logic
16%
Time-Event
16%
Knowledge State
16%
Fuzzy Computing
16%
Engineering
Robotic System
100%
Cognitive Robotics
100%
Tasks
50%
Robot
50%
Surrounding Environment
25%
Multiagents
25%
Integrated Information System
12%
Real System
12%
Methods and Tool
12%
Internals
12%
System Component
12%
Engineering Tool
12%
Artificial Intelligence
12%
Functional Entity
12%
Technological Process
12%
Software Element
12%
Assembly Process
12%
Research Issue
12%
Final State
12%
Knowledge State
12%
Agent System
12%
Event Time
12%
Fuzzy Set Theory
12%
Control Synthesis
12%
Discrete Systems
12%
Phase Line
12%