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Information System for risk management via remote detection

Project Full Name Information System for risk management via remote detection
Acronym SIMART
Geographical footprint Cameroon
Contact Persons

Prof. Emmanuel TONYE

Main/Partner organisations

Ministry for the territorial administration and decentralisation – Civil defence department
Ministry for transport – National meteorology department
Ministry for scientific research and innovation – National institute for cartography    Cameroon

Prof. Albert DIPANDA    France
Prof. Christophe BOBDA    Germany

Dr Diane ONGUETOU    Canada
Francis WEGA    USA

Contact Details

B.P. 8390, Yaoundé
Tel. : (00237) 99 94 47 53 / Fax : (00237) 22 22 45 47
E-mail : tonyee@hotmail.com

Objectives and short summary of activities

This project deals with the comprehensive management of risk (multi-risk) of air pollution and flood thanks to ICT. This programme is articulated around three major and concrete points:

  1. Education in comprehensive management of risk (in particular: courses on remote detection and geographic information systems)
  2. Urban pollution and flood  simulator regarding particularly the management of the Cameroonian coast (approximately 600 km)
  3. Web visualisation of the geographic information system on the pollution and flood risks in the coastal area (map projection and availability of the alerts in real time)

The project looks forward to contribute to improve the management of the risks linked to urban pollution and to the Cameroonian coast issues. The project also looks forward to (thanks to the implementation of a collaborative alert e-infrastructure) to support networking between the community of intellectuals technologists and their collaboration with the national academic institutes.



Target/Beneficiary community

Trainers, decision makers.

Technology used, standards and services employed
Research activities carried and out and scientific data generated

Supervision of the urban physical environment and of the African coast. The implementation of an appropriate supervision system is becoming increasingly necessary for the African countries, considering the socio-economical evolutions and emerging concerns

Principal outcomes and documentation (plus link to case studies)

First of all, the object of the project can be summarised around a programme, the multi-risk management of air pollution and flood thanks to ICT. This programme shall reflect three principal and concrete achievements:
1° - Education in multi-risk management (in particular: courses on remote detection and geographic information systems) ;
2° - A urban pollution simulator as well as a simulator for the observation of the temporal evolution of the Cameroonian coast (approximately 600 km)
3° - Web visualisation of the geographic information system on the urban pollution and flood risks in the coastal area (map projection and availability of the alerts in real time)

 

E. Fute Tagne, E. Tonye, A. Koukam and F. Lauri, Multi-Agent Patrolling Strategy: Application to the Exploration Environment Problem, International Journal on Automation, Robotics and Autonomous Systems, Volume 9, Issue 2, Dec. 2009
E. Tagné Futé., F. Lauri, A. Koukam and E. Tonyé, The Coverage Problem in Wireless Sensor Networks by Holonic Multi-agent Approach, International Journal of Computing and ICT Research, Vol. 3, No. 1, June 2009, p. 32-41.

Interview data
Données cartographiques, Images satellitaires, données sanitaires (map projection datas, satellite images, sanitary datas)

Other potential application areas/ actual spillovers

Multi-risk management thanks to ICT.

Funding source
Public Co-funding
Project start date
Jan 01, 2010 11:25 AM
Funding duration
Dicember 2011
Status
on-going
Resources employed
Involvement with an e-Infrastructure
-
Name of e-Infrastructures used
e-Infrastructure services or resources used
-