Virtual prototyping system for maritime crane design and operation based on functional mock-up interface

This gives a model that is well suited for design and testing of crane control systems, and for studying the feasibility of demanding crane operations in different

Fault trees are used in human error analysis to analyse the causes of human error, and in systems analysis to assess the impact of operator errors on system reliability. Fault

The goal of this thesis is to design and implement a user-friendly performance evaluation framework for a SIP-based telecommunication system. The framework aims to be used in

As an example for the VWP tool, model development of the hydraulic power system and motion dynamics of the winch including the cable and payload is based on the AHC winch

Communicating with an online crane prototyping tool, the optimisation client and its GA are able to optimise crane designs with respect to two selected design criteria: the maximum

We have implemented several software modules that together constitute the framework, of which the most important are a server-side crane prototyping tool (CPT), a client-side

This paper presents a software architecture for a collabora- tive virtual environment (CVE) for simulation and visual- isation based on the Functional Mock-up Interface (FMI)

Mechanical and hydraulic modelling of the crane and winch and the control functions for heave compensation and load anti-sway are described in Section 3.. Then the