Onil Nazra Persada Goubier, Hiep Xuan Huynh, Tuyen Phong Truong,
Mahamadou Traoré and
the SAMES group (Stic Asia Models for Environment and Simulation group:
Bernard Pottier, Vincent Rodin, Blaise N'Som, Laurent Esclade,
Raonirivo N'Iharinjanahary Rakotoarijaona,
Onil Nazra Persada Goubier, Serge Stinckwich,
Hiep Xuan Huynh, Bao Hoai Lam, Ho Tuong Vinh,
Udrekh Al Hanif, Hafidz Muslim, Terimakasih Pak Surono).
Wireless Sensor Network based Monitoring, Cellular Modeling
and Simulations for Environment.
ICT-Bio Asia 2016, BIO/ICT-Asia Workshop, Kuala Lumpur (Malaysia),
30-31 May 2016.
Published in the Academy of Sciences Malaysia (ASM) Science Journal,
Special Issue 2017(1) ICT-Bio:56-65, May 2017.
Abstract:
Wireless Sensor Networks (WSNs) can be deployed to observe physical
phenomena such as pollution, flooding, insect invasion, and land degradation.
Deploying wireless systems are able to overcome physical constraints such as
point to point radio propagation and physical sensing coverage.
By building executable cell systems, we have shown that a number of conditions
can be evaluated.
Examples are line of sight computation and wind or water propagation in complex
geographic situations.
This paper explains a method to produce automatically parallel simulators that
can be federated later to address the whole problem of deployment design and
physical phenomena modelling and simulations.
This work was developed in an international group (SAMES) with the purpose of
building and validating tools to ease observation and control aimed at
understanding environment evolution and risk reduction.
Keywords:
Wireless sensor networks, cellular automata, physical modeling, simulation,
line of sight, insect invasion, parallel algorithms.
[link (Workshop)]
[link (Journal)]
[pdf]
[PersadaGoubier17a.pdf],
Presentation
[pdf]