搜索结果: 1-6 共查到“摄影测量与遥感技术 Cellular Automata”相关记录6条 . 查询时间(0.093 秒)
A SOIL EROSION MODEL BASED ON CELLULAR AUTOMATA
Cellular Automata Spatio-Temporal Modeling Erosion Process Model Watershed
2015/12/23
It is of great significance to dynamically simulate and forecast the development and evolutionary of soil erosion process.Traditionally, most of soil erosion models are essentially steady-state models...
AN OBJECT-BASED LAND-USE CELLULAR AUTOMATA MODEL TO OVERCOME CELL SIZE AND NEIGHBORHOOD SENSITIVITY
Scale dependency raster-based cellular automata model
2015/11/16
Cellular automata (CA) are individual-based spatial models increasingly used to simulate the dynamics of natural and human
systems and forecast their evolution. Despite their simplicity, they can ex...
Change detection - cellular automata method for urban growth modeling
Urban Growth Cellular Automata Genetic Algorithm
2015/8/21
This paper describes an on-going work on the development and implementation of cellular automata based urban growth modeling
using multitemporal satellite imagery. The algorithm is designed to simula...
Modeling land features dynamics by using cellular automata techniques
snow-cover cellular automata remote sensing
2015/8/20
The modelling of land features dynamics is an important factor to take into account when it is necessary to quantify or estimate the
environmental changes produce by a given phenomena. It is interest...
Modeling Patch Dynamics from Integration of Cellular Automata Simulation and Historical Air-photographs Analysis
Geo-Information Landscape Change Patch-Dynamics,
2015/7/7
Dynamics in nature are multi-faceted and difficult to follow. Computerized simulations offer new ways for investigating dynamic systems
by incorporating their principle aspects . These simulations mi...
URBAN SIMULATION USING NEURAL NETWORKS AND CELLULAR AUTOMATA FOR LAND USE PLANNING
URBAN SIMULATION NEURAL NETWORKS CELLULAR AUTOMATA LAND USE PLANNING
2015/3/16
URBAN SIMULATION USING NEURAL NETWORKS AND CELLULAR AUTOMATA FOR LAND USE PLANNING.
