A Fuzzy Hierarchical Attributed Graph Approach for Handwritten Hieroglyphs Description and Matching

8th International Conference on Document Analysis and Recognition (ICDAR'05), Volume 2, pages 898-903, Seoul (South Corea) - Août 2005

For a complex writting as egyptian hieroglyphs, combining the works done in hierarchical modelizations and fuzzy grammar definitions seems natural. This paper introduce the hierarchical-fuzzy-attributed graph (FHAG), extended from fuzzy-attributed graph, which modelize attributes by fuzzy-tree grammar. We give a formal definition of FHAGs and introduce adapted measurements for matching them. FHAG is then integrated in a recognition system based on single models comparisons for handwritten egyptian hieroglyphs.

BibTex references

@InProceedings{ARB2005_1502,

	author	= {Arrivault, D. and Richard, N. and Bouyer, P.},
	title	= {A Fuzzy Hierarchical Attributed Graph Approach for Handwritten Hieroglyphs Description and Matching.},
	booktitle	= {8th International Conference on Document Analysis and Recognition (ICDAR'05)},
	volume	= {2},
	pages	= {898-903},
	month	= {Ao\^ut},
	year	= {2005},
	publisher	= {IEEE Computer Society},
	note	= {Seoul (South Corea)},

}