Abstracts: II/1: Cognition and Modeling of Space and Time
II/1: Cognition and Modeling of Space and Time
- A Maximum Entropy Model of the Bearded Capuchin Monkey Habitat in Northeastern Brazil Incorporating Topography and a Spectral Unmixing Analysis of Land Cover
- A qualitative representation of Spatio-temporal change
- Accuracy Analysis of a Low-Cost Platform for Positioning and Navigation
- Classification of multitemporal imagery using decision trees
- Earthquake Damage Map Generation Using High Resolution Satellite Imageries in Urban Area
- Geovisualization, Spatial Analysis and Virtual Globes for Comparison of Capuchin Monkey and Elephant Patterns of Navigation
- Mapping coral and algal patches at Heron Reef, Australia using object-based analysis and pan-sharpened WordView-2 images
- Refined Topological Relations computation model between Spatial Objects with ‘Euler-number’ and ‘Degree of Point’
- Simplified 3d City Models from Airborne Lidar
- Simulation of Urban Dynamics Using Support Vector Machine
- Spaceborne Multi-Image Reconstruction using Convex Regularization
- Wavelet-based Identification of Topographic Descriptors for the Registration of Digital Terrain Models
- Working with the Spatiotemporal Data Type
13 abstracts