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An Adaptive Simplification Method for Coastlines Using a Skeleton Line “Bridge” Double Direction Buffering Algorithm
9 references·0 citing·25 second hop
An Adaptive Simplification Method for Coastlines Using a Skeleton Line “Bridge” Double Direction Buffering Algorithm (2024)An Adaptive Simplification Method for Coa…Some thoughts on deep learning enabling cartography (2021)Some thoughts on deep learnin…Implications of Weighting Metrics for Line Generalization with Visvalingam's Algorithm (2016)Implications of Weighting Met…Envelope generation and simplification of polylines using Delaunay triangulation (2016)Envelope generation and simpl…A Simplification of Ria Coastline with Geomorphologic Characteristics Preserved (2014)A Simplification of Ria Coast…Study on the Method of Automatic Cartographic Generalization of Coastline (2010)Study on the Method of Automa…Structured Representation of Curve Shape (2009)Structured Representation of …Geometric Accuracy Assessment of Linear Features' Simplification Algorithms (2008)Geometric Accuracy Assessment…A Binary Tree Representation of Curve Hierarchical Structure in Depth (2001)A Binary Tree Representation …Cartographic Line Generalization with Waterlines and Medial-Axes (1999)Cartographic Line Generalizat…The Principles of Selection (1966)Line generalisation by repeated elimination of points (1993)Line Generalization Based on Analysis of Shape Characteristics (1998)A New Approach to Line Simplification Based on Image Processing: A Case Study of Water Area Boundaries (2018)Polyline simplification based on the artificial neural network with constraints of generalization knowledge (2022)A deep learning approach for polyline and building simplification based on graph autoencoder with flexible constraints (2023)A Statistical Analysis of Mathematical Measures for Linear Simplification (1986)Citizens as sensors: the world of volunteered geography (2007)Template Matching and Simplification Method for Building Features Based on Shape Cognition (2017)A polygon aggregation method with global feature preservation using superpixel segmentation (2019)Data‐driven polyline simplification using a stacked autoencoder‐based deep neural network (2022)LINES, COMPUTERS, AND HUMAN FRAILTIES∗ (1981)Automated Line Generalization (1987)A Contour Line Group Simplification Method Based on Classified Terrain Features (2023)Line Generalization by Waterlining And Medial-Axis Transformation. Successes and Issues in an Implementation of Perkal's Proposal (2000)A progressive line simplification algorithm (2002)Partial polygon pruning of hydrographic features in automated generalization (2017)Quality Assessment Method for Linear Feature Simplification Based on Multi-Scale Spatial Uncertainty (2017)Cartographic Generalization (2021)Submarine Terrain Generalization in Nautical Charts: A Survey of Traditional Methods and Graph Neural Network Solutions (2025)Graphic Simplification and Intelligent Adjustment Methods of Road Networks for Navigation with Reduced Precision (2020)Skeleton line extraction for areal hydrographic elements considering spatial and hierarchical relationships (2022)Integrating domain knowledge and graph convolutional neural networks to support river network selection (2023)A road generalization method using graph convolutional network based on mesh-line structure unit (2024)Deep learning in automatic map generalization: achievements and challenges (2025)
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References

  • 2016Envelope generation and simplification of polylines using Delaunay triangulation69 cited
  • 2014A Simplification of Ria Coastline with Geomorphologic Characteristics Preserved33 cited
  • 1999Cartographic Line Generalization with Waterlines and Medial-Axes31 cited
  • 2021Some thoughts on deep learning enabling cartography27 cited
  • 2008Geometric Accuracy Assessment of Linear Features' Simplification Algorithms11 cited
  • 2016Implications of Weighting Metrics for Line Generalization with Visvalingam's Algorithm10 cited
  • 2001A Binary Tree Representation of Curve Hierarchical Structure in Depth10 cited
  • 2010Study on the Method of Automatic Cartographic Generalization of Coastline3 cited
  • 2009Structured Representation of Curve Shape3 cited

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