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AI real-time decision-making for maritime port operations
AI in port operations: embedding operational safety rules Ports handle enormous cargo volumes and they carry high safety stakes. The global shipping network moves more than 80% of world trade by volume, so small errors scale fast. AI and artificial intelligence now target these risks. In practice, AI combines rule engines and learning to improve […]
Container terminal travelling salesman problem applications
Problem description: The Travelling Salesman Problem in Container Terminal Logistics The travelling salesman problem is a classical combinatorial puzzle. It asks for the shortest tour that visits each required location once and returns to the start. In a modern container terminal, the abstraction maps directly to routing vehicles and equipment across the yard. For example, […]
Event-driven AI Port Terminal Automation Using PLC Data
Port operations and port productivity Challenges Deepsea container port operations are complex systems that link sea, quay, yard, gate, and hinterland. These systems handle massive container volume and tight schedules. KPIs such as quay crane moves per hour, berth productivity, yard throughput, and container dwell measure success. Port operators track berth planning and container turn […]
Cloud vs edge AI for container ports
cloud computing: benefits of cloud for container ports Cloud computing reshapes how container ports manage operations, and it does so by offering massive scale and centralized control. For planners and terminal operators the power of the cloud lets them process large volumes of telemetry, manifest records, and camera feeds in one place. This centralized approach […]
Kalmar Autostrad straddle carrier terminal automation
Introduction to kalmar autostrad™ and automated container handling Straddle carriers move containers within the yard and they anchor many terminal workflows. Kalmar Autostrad™ is a specific solution that automates that work and coordinates yard moves, and autostrad provides a platform for linked equipment and software. In simple terms, a straddle carrier lifts a container, drives […]
Simulation models for automated terminal operations
DISCRETE EVENT SIMULATION MODEL for Automated Container Terminal Operations Discrete event methods have long been a standard for modeling flows in complex logistics. A discrete event approach maps key occurrences—arrivals, allocations, and completions—onto a timeline so planners see cause and effect. For an automated container terminal the fit is natural because the system advances in […]
