Risk analysis and emergency management use common instruments such as GIS (Geographic Information Systems) and TIS (Territorial Information Systems). They do not visualize maps alone, but they can be instruments of interaction among many components and actors (data, operators…). Interoperability represents the next fundamental step towards developing more efficient management systems. We can discriminate three levels: data interoperability, applications or software tools interoperability and finally systems interoperability. Software technological development is carried out in many frameworks such as CORBA (Common Object Request Broker Architecture) [8, 10], COM (Component Object Model) [2], JAVA [9, 11], .NET [2], etc. Each of them has resolved interoperability with different results. In any case, we built efficient architectures by using the present frameworks. Our paper aims to describe the interoperability aspects and to show some practical achievements. These allow effective monitoring in the presence of concurrent activities and detection. In particular, we will present two architectures adopted for defence risk (air-space control) and in the activities of the fire-brigade department.
Territorial Information System interoperability: a design improving interaction in an emergency / Ferrara, Vincenzo; Guerriero, M.. - In: MANAGEMENT INFORMATION SYSTEMS. - ISSN 1470-6326. - STAMPA. - 9:(2004), pp. 475-484. (Intervento presentato al convegno Fourth international conference on computer simulation in risk analysis and hazard mitigation tenutosi a Rhodes, Greece nel 27-29 settembre 2004) [10.2495/RISK040421].
Territorial Information System interoperability: a design improving interaction in an emergency
FERRARA, Vincenzo;
2004
Abstract
Risk analysis and emergency management use common instruments such as GIS (Geographic Information Systems) and TIS (Territorial Information Systems). They do not visualize maps alone, but they can be instruments of interaction among many components and actors (data, operators…). Interoperability represents the next fundamental step towards developing more efficient management systems. We can discriminate three levels: data interoperability, applications or software tools interoperability and finally systems interoperability. Software technological development is carried out in many frameworks such as CORBA (Common Object Request Broker Architecture) [8, 10], COM (Component Object Model) [2], JAVA [9, 11], .NET [2], etc. Each of them has resolved interoperability with different results. In any case, we built efficient architectures by using the present frameworks. Our paper aims to describe the interoperability aspects and to show some practical achievements. These allow effective monitoring in the presence of concurrent activities and detection. In particular, we will present two architectures adopted for defence risk (air-space control) and in the activities of the fire-brigade department.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.