Omar Charif
机构: Post-Doc Fellow at the department of Geomatics engineering, University of Clagary, Calgary, Canada
每年引用次数
引用次数
引用: 500
H-指数: 8
I10-指数 : 8
出版物: 20
HOW TO GEOLOCALIZE AN ADMINISTRATIVE FILE BASING ON ITS ADDRESSES DATA? A PROPOSAL TO ACHIEVE A BETTER GEOCODING.
O CHARIF , M SCHNEIDER , H OMRANI ,
2010
Cellular automata based on artificial neural network for simulating land use changes
Hichem Omrani , Omar Charif , Reine-Maria Basse
annual simulation symposium 1
2012
OMBP: Optic Modified BackPropagation training algorithm for fast convergence of Feedforward Neural Network
Philippe Trigano , Hichem Omrani , Omar Charif
International Conference on Telecommunication Technology and Applications 132 -137
1
2011
Comparaison méthodologique de modèles neuronaux et multinomiaux : application au partage modal des actifs du Luxembourg
Philippe Gerber , Omar Charif , Samuel Carpentier , Hichem Omrani
10e rencontres ThéoQuant « Nouvelles approches en géographie théorique et quantitative »
2011
Land use changes modelling using advanced methods: Cellular automata and artificial neural networks. The spatial and explicit representation of land cover dynamics at the cross-border region scale
Reine Maria Basse , Hichem Omrani , Omar Charif , Philippe Gerber
Applied Geography 53 160 -171
122
2014
A multi‐label cellular automata model for land change simulation
Omar Charif , Hichem Omrani , Fahed Abdallah , Bryan Pijanowski
Transactions in Gis 21 ( 6) 1298 -1320
9
2017
Multi-label class assignment in land-use modelling
Hichem Omrani , Fahed Abdallah , Omar Charif , Nicholas T. Longford
International Journal of Geographical Information Science 29 ( 6) 1023 -1041
28
2015
A method and a tool for geocoding and record linkage
Omar Charif , Hichem Omrani , Olivier Klein , Marc Schneider
international conference on geoscience and remote sensing 1 356 -359
7
2010
Spatial and temporal dimensions of land use change in cross border region of Luxembourg. Development of a hybrid approach integrating GIS, cellular automata and decision learning tree models
Reine Maria Basse , Omar Charif , Katalin Bódis
Applied Geography 67 94 -108
29
2016
An Approach for spatial and temporal data analysis: Application for mobility modeling of workers in Luxembourg and its bordering areas
Hichem Omrani , Omar Charif , Olivier Klein , Philippe Gerber
systems, man and cybernetics 1437 -1442
8
2010
Prediction of Individual Travel Mode with Evidential Neural Network Model
Hichem Omrani , Omar Charif , Philippe Gerber , Anjali Awasthi
Transportation Research Record 2399 ( 2399) 1 -8
32
2013
Simulation of land use changes using cellular automata and artificial neural network
Hichem Omrani , Omar Charif , Philippe Gerber , Katalin Bódis
Technical Report, CEPS/INSTEAD
15
2012
Cellular automata based neural networks for modelling dual complex systems: Land-Use/Cover and transport networks
Reine Maria Basse , Hichem Omrani , Omar Charif , Katalin Bódis
Oporto, Portugal
2
2012
Modelling and simulating individual's mobility: case study of Luxembourg and its greater region
Omar Charif ,
Compiègne
1
2013
Modélisation dynamique de l’occupation de sol par intelligence artificielle de la Grande Région
Reine Maria Basse , Hichem Omrani , Omar Charif , Philippe Gerber
Onzièmes Rencontres de Théo Quant, Besançon-France.
2013
Cellular automata model based on machine learning models for simulating land use changes
Omar Charif , Hichem Omrani , Philippe Trigano
colloque WSC 2012, Winter Simulation Conference, con409s2 1 -10
2012
Cellular Automata Based on machine learning methods for Simulating Land Use Changes
Omar Charif , Hichem Omrani , Reine-Maria Basse , Philippe Trigano
Modelling land use dynamics in Luxembourg cross border region. The use of Cellular Automata and decision Tree Learning Model.
Omar Charif , Reine Maria Basse
1
2015
Cellular automata model based on machine learning methods for simulating land use change
O. Charif , Reine-Maria Basse , Hichem Omrani , P. Trigano
winter simulation conference 1 -12
3
2012
CELLULAR AUTOMATA MODEL BASED ON MACHINE LEARNING METHODS FOR SIMULATING LAND USE CHANGE
C Laroque , J Himmelspach , R Pasupathy , O Rose