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Appears in Collections:Computing Science and Mathematics Conference Papers and Proceedings
Peer Review Status: Refereed
Author(s): Niazi, Muaz A K
Siddique, Qasim
Hussain, Amir
Kolberg, Mario
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Title: Verification and Validation Of An Agent-Based Forest Fire Simulation Model
Citation: Niazi MAK, Siddique Q, Hussain A & Kolberg M (2010) Verification and Validation Of An Agent-Based Forest Fire Simulation Model In: SpringSim '10 Proceedings of the 2010 Spring Simulation Multiconference. Agent-Directed Simulation Symposium at the Spring Simulation Multiconference 2010, New York, NY, 11.04.2010-15.04.2010. New York, NY: Association for Computing Machinery (ACM) / SCS Society for Modeling and Simulation International, pp. 142-149.;
Issue Date: Apr-2010
Conference Name: Agent-Directed Simulation Symposium at the Spring Simulation Multiconference 2010
Conference Dates: 2010-04-11 - 2010-04-15
Conference Location: Orlando, Florida USA
Abstract: In this paper, we present the verification and validation of an agent-based model of forest fires. We use a combination of a Virtual Overlay Multi-Agent System (VOMAS) validation scheme with Fire Weather Index (FWI) to validate the forest fire Simulation. FWI is based on decades of real forest fire data and is now regarded as a standard index for fire probability with wide usage across Canada, New Zealand and Australia. VOMAS approach allows for flexible validation of agent-based simulation models. In the current work, it is used in the form of a simulation of a randomly deployed Wireless Sensor Network for forest monitoring. Here, each virtual "sensor" agent uses FWI to calculate fire probability and compares it with the simulation model. VOMAS verification and validation methodology for agent-based models allows for interactive design of Agent-Based Models involving both the Simulation Specialists as well as the Subject Matter Experts. The presented simulation model also uses weather parameters such as wind speed, rain, snow to calculate Indices such as Fire Weather Index (FWI), Build Up Index (BUI) and Initial Spread Index (ISI) in real time. We also study the effects of fires on the life of simulated VOMAS sensors. Using extensive simulations, we demonstrate the effectiveness and ease of use of VOMAS based Validation.
Status: VoR - Version of Record
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