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2755. An Air Route Planning Under Radioactive Plume Scenarios With Temporal Evolution
Invited abstract in session MC-64: Routing Unmanned Aerial Vehicles 2, stream VeRoLog - Vehicle Routing and Logistics.
Monday, 12:30-14:00Room: S16 (building: 101)
Authors (first author is the speaker)
| 1. | Maria José Pinto
|
| EC4ISR Division, Institute for Advanced Studies (IEAv) | |
| 2. | João Camilo da Silva
|
| IEAv | |
| 3. | Claudio A. Federico
|
| IEAv | |
| 4. | Tássio Côrtes Cavalcante
|
| IEAv | |
| 5. | Ana Cláudia Iwazaki
|
| EC4ISR Division, Institute for Advanced Studies - IEAv | |
| 6. | Monica Maria De Marchi
|
| EC4ISR Division, Institute for Advanced Studies - IEAv |
Abstract
This work aims to support the decision-making process in the scope of Chemical, Biological, Radiological and Nuclear (CBRN) Defense, looking for the minimum radiation accumulated dose along the route for an aerial vehicle involved in rescue or transportation missions on situations of exposure to ionizing radiation by overflight within radioactive or nuclear plumes. A previous methodology was proposed to address the level of the radiation dose, the autonomy of the vehicle and the obstacles, when the vehicle is flying at low altitude or in urban areas where buildings or mountains are obstacles to the navigation. In this work, this methodology is improved by also taking the temporal evolution of the radiation dose into account, since the radiation dose may be different at the same location, depending on the specific moment it was measured due to the plume evolution. The proposed methodology will be presented and applied to illustrative instances.
Keywords
- Vehicle Routing
- Decision Support Systems
- Disaster and Crisis Management
Status: accepted
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