We introduce an interdisciplinary project for archaeological and computer vision research teams on the analysis of the ancient Maya writing system. Our first task is the automatic retrieval of Maya syllabic glyphs using the Shape Context descriptor. We investigated the effect of several parameters to adapt the shape descriptor given the high complexity of the shapes and their diversity in our data. We propose an improvement in the cost function used to compute similarity between shapes making it more restrictive and precise. Our results are promising, they are analyzed via standard image retrieval measurements
International audienceThe ancient Maya writing comprises more than 500 signs, either syllabic or sem...
International audienceThe ancient Maya writing comprises more than 500 signs, either syllabic or sem...
International audienceThe ancient Maya writing comprises more than 500 signs, either syllabic or sem...
This paper presents an original approach for shape-based analysis of ancient Maya hieroglyphs based ...
This paper presents an original approach for shape-based analysis of ancient Maya hieroglyphs based ...
Maya hieroglyphic analysis requires epigraphers to spend a significant amount of time browsing exist...
Archaeologists often spend significant time looking at tra-ditional printed catalogs to identify and...
The Maya Codex Dataset contains high-quality representation of Maya hieroglyph data, extracted from ...
We present a system for automatically extracting hieroglyph strokes from images of degraded ancient ...
We propose an automatic Maya hieroglyph retrieval method integrating shape and glyph context informa...
Shape representations are critical for visual analysis of cultural heritage materials. This article ...
This work addresses the problem of detecting individual visual patterns in binary images, and more p...
International audienceThe ancient Maya writing comprises more than 500 signs, either syllabic or sem...
International audienceThe ancient Maya writing comprises more than 500 signs, either syllabic or sem...
International audienceThe ancient Maya writing comprises more than 500 signs, either syllabic or sem...
International audienceThe ancient Maya writing comprises more than 500 signs, either syllabic or sem...
International audienceThe ancient Maya writing comprises more than 500 signs, either syllabic or sem...
International audienceThe ancient Maya writing comprises more than 500 signs, either syllabic or sem...
This paper presents an original approach for shape-based analysis of ancient Maya hieroglyphs based ...
This paper presents an original approach for shape-based analysis of ancient Maya hieroglyphs based ...
Maya hieroglyphic analysis requires epigraphers to spend a significant amount of time browsing exist...
Archaeologists often spend significant time looking at tra-ditional printed catalogs to identify and...
The Maya Codex Dataset contains high-quality representation of Maya hieroglyph data, extracted from ...
We present a system for automatically extracting hieroglyph strokes from images of degraded ancient ...
We propose an automatic Maya hieroglyph retrieval method integrating shape and glyph context informa...
Shape representations are critical for visual analysis of cultural heritage materials. This article ...
This work addresses the problem of detecting individual visual patterns in binary images, and more p...
International audienceThe ancient Maya writing comprises more than 500 signs, either syllabic or sem...
International audienceThe ancient Maya writing comprises more than 500 signs, either syllabic or sem...
International audienceThe ancient Maya writing comprises more than 500 signs, either syllabic or sem...
International audienceThe ancient Maya writing comprises more than 500 signs, either syllabic or sem...
International audienceThe ancient Maya writing comprises more than 500 signs, either syllabic or sem...
International audienceThe ancient Maya writing comprises more than 500 signs, either syllabic or sem...