Field Experiments with an Automated Utility Platform for Transportation and Work Processes

Keyphrases

• Machine Learning 100%
• Sensor Data 100%
• System Architecture 100%
• Airport 100%
• Application Domain 100%
• Linz 100%
• Transport Processes 100%
• Network Routing 100%
• Work Task 100%
• Work Process 100%
• Transport Task 100%
• Pose Estimation 100%
• Camera-based 100%
• Obstacle Detection 100%
• Data Platform 100%
• Safety-critical 100%
• Object Detection 100%
• Object Classification 100%
• Object Features 100%
• Self-driving Cars 100%
• Transportation Process 100%
• Critical Environments 100%
• Safety Requirements 100%
• Platform Mechanisms 100%
• Utility Platform 100%
• Object Pose 100%
• Multimodal Approach 100%
• Collision Avoidance 100%
• Detection Avoidance 100%
• Reliable Detection 100%
• Outdoor Mapping 100%
• Outdoor Localization 100%
• Air Freight 100%
• Automated Platform 100%

Computer Science

• System Architectures 100%
• Application Domain 100%
• Application Scenario 100%
• Field Experiment 100%
• Pose Estimation 100%
• obstacle detection 100%
• Processing Platform 100%
• Reliable Detection 100%
• Multimodal Approach 100%
• Machine Learning 100%
• Learning System 100%
• Data Processing 100%

Engineering

• Sensor Data 100%
• Proof-of-Concept 100%
• Application Domain 100%
• Pose Estimation 100%
• Transport Process 100%
• Safety Requirement 100%
• Collision Avoidance 100%
• Learning System 100%