Supporting automated container terminal design processes with 3D virtual environments

Experimenting with the multiple worlds concept to support the design of automated container terminals

Multiple worlds: A multi-actor simulation-based design method for logistics systems

Simulation-based systems design in multi-actor environments

Generating virtual environments of real world facilities: Discussing four different approaches

Simulation-based design for infrastructure system simulation

The virtual terminal: visualizing automated container terminals

A DEVS component library for simulation-based design of automated container terminals

An approach for loosely coupled discrete event simulation models and animation components

Multiple worlds: A formalism for simulation based design

A context-based multi-perspective modeling and simulation framework

Supporting the design of automated container terminals with the multiple worlds concept

Towards a ten-step design method for simulation games in logistics management

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Towards a Collaborative Environment for Simulation-based Design

The virtual terminal: visualizing and structuring future automated container terminals

Case Studies on the Generation of Virtual Environments of Real World Facilities

Introducing a selection method of game engines for computer supported serious games

Bringing concepts alive in Second Life

Multiple Worlds in Simulation Games for Spatial Decision Making: Concept and Architecture