Titlebook: Computational Science and Its Applications – ICCSA 2017; 17th International C Osvaldo Gervasi,Beniamino Murgante,Alfredo Cuzzocr Conference

incision

Cultural Heritage Management Using Analysis of Satellite Images and Advanced GIS Techniques at East whole, outputs from our investigations will clearly highlight of the environmental monitoring, and detect the changes between the indices of the both areas to observe and quantify urban and land use changes from a global view down to a local scale to protect the archaeological areas.

聾子

Extraction of Road Geometric Parameters from High Resolution Remote Sensing Images Validated by GNSSt one is based on the concept of spectral signature, while the second one is based on the Fractal Dimension of the image treated only as a numerical matrix..The results were validated by GNSS/INS geodetic techniques, using also real time kinematic data.

先驅(qū)

Using Tangible Contents Generated by CindyJS and Its Influence on Mathematical Cognitioncognition. The method to identify the above mentioned influence will be applicable to wide range of researches concerning the interaction between learners’ reasoning processes and information technology.

Estimable

UAV-Borne Photogrammetric Survey as USAR Firefighter Teams Supportre the actual situation no longer coincides with any previous survey. In this context, current UAV-borne photogrammetry may offer very effective methods, enabling achievement of to-date knowledge of the status quo. Their effectiveness in these contexts is due to the ability of drones to operate in t

并排上下

Calibration of the CLAIR Model by Using Landsat 8 Surface Reflectance Higher-Level Data and MODIS LeAI) from optical data. The procedure can be applied in case of lacking of both LAI field measurements and surface reflectance data by exploiting free of charge data as the novel high level Landsat 8 Operational Land Imager Surface Reflectance (OLISR) product and the MODIS LAI (MCD15A3H level 4 produ

Chivalrous

Generator

大洪水

An Optimized Fuzzy System for Coastal Water Quality Mapping Using Remote Sensing Datarocessed by an hybridization of fuzzy model and genetic algorithm which exploits remotely sensed multispectral reflectances to estimate coastal water quality. The relation between the water parameters and the subsurface reflectances is modeled by a set of fuzzy rules extracted automatically from the

輕快來事

KIN