This memo contains a review of previous work on the topic validation of simulation models for ship manoeuvring. In addition, some papers describing verification, validation and accreditation in general are reviewed. Even though the concepts of verification and validation often are used in discussions of simulator fidelity no one in the maritime simulation community has come up with a good description of how to validate shiphandling simulation models. A draft version of the memo was circulated for comments by project partners. Comments received by 20th June 2014 were included in the August 2014 version of the document. This final version has been prepared to include the outcomes from the 27th ITTC held in Copenhagen August 2014 and the SI...
The fidelity of a maritime simulator refers to how realistic the representation of a vessel and its ...
Complex simulation systems are often used in order to enhance the safety level on newly designed nav...
Why Read This Chapter? To help you decide how to check your simulation – both against its antecedent...
This paper describes the need for improved methods for validating numerical models used in shiphandl...
This paper presents some outcomes from a four years (2013 – 2016) long research project investigatin...
Abstract: Ship dynamics and propulsion numerical simulator, developed at the University of Genova a...
This paper discusses verification and validation of simulation models. The different approaches to d...
This paper discusses verification and validation of simulation models. The different approaches to d...
MARINTEK's ship motion simulation program SIMAN (ShipX manoeuvring module) is used to develop a ship...
With the advent of complex coupled systems and the evolutionary introduction of new technology, the ...
Developing regulations for improving safety at sea has been a concern since in-ternational trading b...
MARINTEK's ship motion simulation program SIMAN (ShipX manoeuvring module) is used to develop a ship...
Developing regulations for improving safety at sea has been a concern since in-ternational trading b...
The concepts of simulation verification and validation (V&V) are explored as well as some methods of...
This paper sets simulation model verification and validation (V&V) in the context of the process...
The fidelity of a maritime simulator refers to how realistic the representation of a vessel and its ...
Complex simulation systems are often used in order to enhance the safety level on newly designed nav...
Why Read This Chapter? To help you decide how to check your simulation – both against its antecedent...
This paper describes the need for improved methods for validating numerical models used in shiphandl...
This paper presents some outcomes from a four years (2013 – 2016) long research project investigatin...
Abstract: Ship dynamics and propulsion numerical simulator, developed at the University of Genova a...
This paper discusses verification and validation of simulation models. The different approaches to d...
This paper discusses verification and validation of simulation models. The different approaches to d...
MARINTEK's ship motion simulation program SIMAN (ShipX manoeuvring module) is used to develop a ship...
With the advent of complex coupled systems and the evolutionary introduction of new technology, the ...
Developing regulations for improving safety at sea has been a concern since in-ternational trading b...
MARINTEK's ship motion simulation program SIMAN (ShipX manoeuvring module) is used to develop a ship...
Developing regulations for improving safety at sea has been a concern since in-ternational trading b...
The concepts of simulation verification and validation (V&V) are explored as well as some methods of...
This paper sets simulation model verification and validation (V&V) in the context of the process...
The fidelity of a maritime simulator refers to how realistic the representation of a vessel and its ...
Complex simulation systems are often used in order to enhance the safety level on newly designed nav...
Why Read This Chapter? To help you decide how to check your simulation – both against its antecedent...