Titlebook: Advances in Spatial Data Handling; 10th International S Dianne E. Richardson,Peter Oosterom Conference proceedings 2002 Springer-Verlag Ber

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Terrain Modelling Based on Contours and Slopesace orientation information than is available from traditional interpolation techniques. A consequence is that poor-quality elevation grids must be massaged before they provide useable runoff models. This paper describes improved methods for extracting good quality terrain models from topographic co

RADE

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An Agent-Based Framework for Polygonal Subdivision Generalisation the derivation of arbitrary scales from a master database. This paper outlines a framework for the automated generalisation of polygon mosaics (polygonal subdivisions) based on a multi agent system by extending previous research carried out by the AGENT consortium. After listing generic properties

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Grid Computing for Real Time Distributed Collaborative Geoprocessingions, and, in some cases, high-performance orientation. In this paper we describe Grid computing concepts and technologies and establish compelling reasons for why they may prove useful for important geospatial research and application issues. Then we review high performance parallel geoprocessing i

Commonplace

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STOQL: An ODMG-Based Spatio-Temporal Object Model and Query Languagewith the Object Database Management Group (ODMG) standard. This paper presents the design of such a language, called STOQL, by adding spatial and temporal dimensions to OQL. This language is based upon a data model that extends the ODMG Object Model with basic spatial and temporal types as well as a