OSE Port Simulation Suite
Simulation-based analysis of vessel arrivals, berth operations, port congestion, waiting time and port capacity.
OSE develops research-driven simulation, optimization and decision-support software for ports, logistics, supply chains and engineering applications.
From research models to practical engineering tools.
Simulation-based analysis of vessel arrivals, berth operations, port congestion, waiting time and port capacity.
Evaluate navigation channel capacity, vessel traffic interactions and VTS operating strategies through simulation.
Decision-support software for logistics hub location, infrastructure planning and logistics network configuration.
Simulation and optimization of inventory policies, safety stock, service levels and supply-chain performance.
AI-assisted forecasting platform for model comparison, validation and data-driven prediction.
Simulate vessel arrivals, berth operations, port congestion, navigation channels, vessel traffic and VTS strategies.
Simulation tools for port operations, navigation channels, vessel traffic and maritime decision support.
Explore Lab ↗Engineering tools for quay walls, caisson structures, mooring loads and port infrastructure design.
Engineering tools for port structures, mooring systems and quay wall design.
Explore Lab ↗Forecast demand and operational variables using ARIMA, regression, AI and data-driven predictive models.
Forecasting and AI tools for predictive analysis and model comparison.
Explore Lab ↗Explore M/M/1, M/M/c, Poisson processes, stochastic systems and discrete-event simulation fundamentals.
Interactive tools for queueing theory, stochastic systems and simulation fundamentals.
Explore Lab ↗Analyze inventory policies, safety stock, service levels, warehouses and supply-chain performance.
Simulation and optimization tools for inventory, safety stock and supply-chain performance.
Explore Lab ↗Plan logistics hubs, distribution centers, container flows and networks using optimization, MILP and MCDM.
Decision-support tools for logistics hubs, networks, container flows and optimization.
Explore Lab ↗