This work is devoted to create an extension module for a naval manoeuvring simulator (Naval ++), which will allow the training of the crew of deep-water fishing vessels. The Authors were asked to develop the part relating to the "artificial intelligence" of marine biological entities: this should be capable of replicating the movement of a school of fish in a realistic way. This work also foresees an analysis of the main instruments used on-board and the problems inherent in their virtual simulation. Finally the papers outline a possible integration of the proposed model into an IEEE 1516 High Level Architecture Federation.
An integrated model for supporting better fishering vessel design by modeling fish schools dynamics ready for HLA
GIRIBONE, PIETRO;REVETRIA, ROBERTO;TESTA, ALESSANDRO
2013-01-01
Abstract
This work is devoted to create an extension module for a naval manoeuvring simulator (Naval ++), which will allow the training of the crew of deep-water fishing vessels. The Authors were asked to develop the part relating to the "artificial intelligence" of marine biological entities: this should be capable of replicating the movement of a school of fish in a realistic way. This work also foresees an analysis of the main instruments used on-board and the problems inherent in their virtual simulation. Finally the papers outline a possible integration of the proposed model into an IEEE 1516 High Level Architecture Federation.
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