Modeling a Surveillance Network Based on Unit Disk Graph Technique - Application for Monitoring the Invasion of Insects in Mekong Delta Region

Viet Truong Xuan (1) , Xuan-Hiep Huynh (2) , Minh Le Ngoc (3) , Alexis Drogoul (1)

1 UMMISCO - Unité de modélisation mathématique et informatique des systèmes complexes [Bondy]
2 CTU - Can Tho University [Vietnam]
3 Faculty of Computer Science & Engineering

This paper aims at introducing a novel general simulation model named Unit Disk Graph-based Surveillance Network Model (USNM) for an ecosystem. This model can be applied for multiple types of surveillance network, supported by two main techniques: (1) Unit Disk Graph and (2) clustering based on the correlation measures. USNM is a part of a bigger multi-agent system, where the observed objects can be implemented as a system dynamics. Three main agents of USNM are vertices, edges and graph/sub-graphs. Furthermore, we also introduce the Brown plant hopper Surveillance Network Model (BSNM), a concrete case of USNM. The simulation for BSNM is applied for three provinces of the Mekong Delta region, Vietnam.

Domaines: Modélisation et simulation; Système multi-agents [cs.MA]

Viet Truong Xuan, Xuan-Hiep Huynh, Minh Le Ngoc, Alexis Drogoul. Modeling a Surveillance Network Based on Unit Disk Graph Technique - Application for Monitoring the Invasion of Insects in Mekong Delta Region. The 15th International Conference on Principles and Practice of Multi-Agent Systems (PRIMA-2012), Sep 2012, Malaysia. pp.228-242. ⟨hal-00855152⟩