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Bulk Material Automation Applications and LiDAR Solutions - Overview of Automated Sensing Strategies and Algorithms
The realization of automated bulk material handling systems relies on advanced sensing algorithms to interpret data from sensors such as LiDAR. Introduction to Mainstream AlgorithmsSLAM (Simultaneous
2025-05-22 manager 1
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Bulk Material Automation Applications and LiDAR Solutions - Scenario 6: Analysis of Specific Handling Systems Train Unloading
Key Application Scenarios: Analysis of Specific Handling Systems Train Unloading(Applicable to: Car Dumper Systems)Application Details and Challenges Train car dumper systems unload bulk materials suc
2025-05-21 manager 2
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Bulk Material Automation Applications and LiDAR Solutions - Scenario 5: Safety and Security Applications
Key Application Scenarios: Safety and Security Applications(Applicable to: Anti-Unintended Lifting Detection, Perimeter Security) Application Requirements: Anti-Unintended Lifting Detection: During cr
2025-05-20 manager 1
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Bulk Material Automation Applications and LiDAR Solutions - Scenario 4: Pose Measurement and Positioning Guidance
Key Application Scenarios: Pose Measurement and Positioning Guidance(Applicable to: Vessel Pose, Vehicle Positioning Guidance and Navigation)Application Requirements:Vessel Pose Measurement: During au
2025-05-19 manager 1
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Bulk Material Automation Applications and LiDAR Solutions – Scenario 3: High-Dynamic Target Tracking
Key Application Scenario: High-Dynamic Target Tracking(Applicable to: Full-Stroke Real-Time Integrity Tracking of Grapples/Hoppers)Application RequirementsIn bulk material handling operations, grapple
2025-05-16 manager 1
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Bulk Material Automation Applications and LiDAR Solutions – Scenario 2: Material and Process Monitoring
Key Application Scenario: Material and Process Monitoring(Applicable to: Vessel/Hold Scanning, Stockpile/Yard Management, Chute/Hopper/Scoop Monitoring)Application RequirementsPrecise volume measureme
2025-05-15 manager 1