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Shape-Aware Line Generalisation With Weighted Effective Area
2 references·7 citing·25 second hop
Shape-Aware Line Generalisation With Weighted Effective Area (2006)Shape-Aware Line Generalisation With Weig…Simplification and Generalization of Large Scale Data for Roads: A Comparison of Two Filtering Algorithms (1995)Simplification and Generaliza…Line generalisation by repeated elimination of points (1993)Line generalisation by repeat…PolySimp: A Tool for Polygon Simplification Based on the Underlying Scaling Hierarchy (2020)PolySimp: A Tool for Polygon …Simplification of polylines by segment collapse: minimizing areal displacement while preserving area (2019)Simplification of polylines b…Cartographic Line Generalization Based on Radius of Curvature Analysis (2018)Cartographic Line Generalizat…The Visvalingam Algorithm: Metrics, Measures and Heuristics (2016)The Visvalingam Algorithm: Me…Implications of Weighting Metrics for Line Generalization with Visvalingam's Algorithm (2016)Implications of Weighting Met…Normalizing Spatial Information to Improve Geographical Information Indexing and Retrieval in Digital Libraries (2012)Normalizing Spatial Informati…A generic approach to simplification of geodata for mobile applications (2007)A generic approach to simplif…Automated Line Generalization (1987)Multiple representations in GIS (1999)Generalization-oriented Road Line Classification by Means of an Artificial Neural Network (2007)Hybrid line simplification for cartographic generalization (2011)Cartography and Geographical Information Systems (1992)Regression modeling of reduction in spatial accuracy and detail for multiple geometric line simplification procedures (2019)MSLF: multi-scale legibility function to estimate the legible scale of individual line features (2021)LINES, COMPUTERS, AND HUMAN FRAILTIES∗ (1981)Generalization in Digital Cartography (1992)Towards automatic web-based generalisation processing: a case study (2007)An Ontological approach to On-demand Mapping (2016)Algorithms for automated line generalization1based on a natural principle of objective generalization (1992)Line Generalization Based on Analysis of Shape Characteristics (1998)The Principles of Selection (1966)A Statistical Analysis of Mathematical Measures for Linear Simplification (1986)An Automated Approach to Coastline Simplification for Maritime Structures with Collapse Operation (2021)GeoAI for map generalization in multi-scale cartography: foundations, a research agenda, and interdisciplinary perspectives (2026)Scale and Geographic Inquiry (2004)Growth, innovation, scaling, and the pace of life in cities (2007)Developments in Spatial Data Handling (2005)Road Network Generalization Based on Connection Analysis (2006)A global process to access documents’ contents from a geographical point of view (2007)Generalization of spatial data: Principles and selected algorithms (1997)Integration of cartographic generalization and multi-scale databases for enhanced web mapping (2003)Performance Evaluation of Line Simplification Algorithms for Vector Generalization (2006)
this work references cited by second hop

References

  • 1993Line generalisation by repeated elimination of points324 cited
  • 1995Simplification and Generalization of Large Scale Data for Roads: A Comparison of Two Filtering Algorithms52 cited

Cited by

  • 2019Simplification of polylines by segment collapse: minimizing areal displacement while preserving area20 cited
  • 2016The Visvalingam Algorithm: Metrics, Measures and Heuristics10 cited
  • 2016Implications of Weighting Metrics for Line Generalization with Visvalingam's Algorithm10 cited
  • 2012Normalizing Spatial Information to Improve Geographical Information Indexing and Retrieval in Digital Libraries9 cited
  • 2020PolySimp: A Tool for Polygon Simplification Based on the Underlying Scaling Hierarchy8 cited
  • 2007A generic approach to simplification of geodata for mobile applications6 cited
  • 2018Cartographic Line Generalization Based on Radius of Curvature Analysis4 cited

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