Ordinal Research Papers - Academia.edu (original) (raw)
... AM Wade a * , K. Lawrence b , W. Mandy b & D. Skuse b pages 297-315. ... Damage to specific areas of the brain can result in relatively selective deficits as noted by Adolphs et al. (1999)1. Adolphs, R., Tranel, D.,... more
... AM Wade a * , K. Lawrence b , W. Mandy b & D. Skuse b pages 297-315. ... Damage to specific areas of the brain can result in relatively selective deficits as noted by Adolphs et al. (1999)1. Adolphs, R., Tranel, D., Hamann, S., Young, AW, Calder, AJ and Phelps, EA 1999. ...
Abstract—In this paper we present a novel approach to shape similarity estimation based on ordinal correlation. The proposed method operates in three steps: object alignment, contour to multilevel image transformation and similarity... more
Abstract—In this paper we present a novel approach to shape similarity estimation based on ordinal correlation. The proposed method operates in three steps: object alignment, contour to multilevel image transformation and similarity evaluation. This approach is suitable for use in CBIR. The proposed technique produced encouraging results when applied on the MPEG-7 test data. Index Terms—Content, Retrieval, Indexing, Image, Contour, Boundary, Shape, Ordinal, Correlation, Similarity, Measure.
We describe Wadge degrees of ω-languages recognizable by deterministic Turing machines. In particular, it is shown that the ordinal corresponding to these degrees is ξ ω where ξ = ω CK 1 is the first non-recursive ordinal known as the... more
We describe Wadge degrees of ω-languages recognizable by deterministic Turing machines. In particular, it is shown that the ordinal corresponding to these degrees is ξ ω where ξ = ω CK 1 is the first non-recursive ordinal known as the Church-Kleene ordinal. This answers a question raised in [Du0?].