A method to improve the accuracy of stone tools identification with D2 distribution
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SPIE
Reference6 articles.
1. Stone Tool Identification Method Based on Measured Points by RGB-D Camera and Points of Stone Tool Database
2. Image Based 3D Posture Matching in Real Time for Stone Tool Assembly
3. A Rapid Searching Method of Adjacent Flake Surfaces in Stone Implements by Using Sets of Measured Points for Generating a Joining Material
4. Prediction of the visual similarity between photos making use of deep learning;Omori;Journal of Affective Engineering,2021
5. A multiresolution approach to shape similarity comparison of polygon-soup d models;Takei;The Institute of Image Electronics Engineers of Japan,2005
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1. Edge Feature Extraction for Shape Similarity Metric of Stone Tool by 3D Measured Point Cloud;2024 Nicograph International (NicoInt);2024-06-14
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