Image Processing Reference
In-Depth Information
Henry, C., and J. F. Peters. 2007. Image pattern recognition using approximation
spaces and near sets. In Proc. of the eleventh international conference on rough
sets, fuzzy sets, data mining and granular computer (rsfdgrc 2007), joint rough set
symposium (jrs07), lecture notes in artificial intelligence, vol. 4482, 475-482.
———. 2009a. Perception based image classification. Tech. Rep., Computational In-
telligence Laboratory, University of Manitoba. UM CI Laboratory Technical Report
No. TR-2009-016.
Henry, C., and J.F. Peters. 2009b. Near sets. Wikipedia.
Henry, Christopher. 2009. Perceptual image analysis. International Journal of Bio-
Inspired Computation 2(2):to appear.
Meghdadi, Amir H. 2009. A perceptual system approach to image analysis: Tolerance
classes and lattices. Tech. Rep., Computational Intelligence Laboratory, University
of Manitoba, E1-526.
Meghdadi, Amir H., James F. Peters, and Sheela Ramanna. 2009. Tolerance classes in
measuring image resemblance. In Intelligent analysis of images & videos, kes 2009,
part ii, lnai 5712, springer, 127-134.
Murray, J. A., H. Bradley, W. Craigie, and C. Onions. 1933.
The oxford english
dictionary. London: Oxford University Press.
Orlowska, E. 1982. Semantics of vague concepts. applications of rough sets. Tech. Rep.
469, Institute for Computer Science, Polish Academy of Sciences.
Pawlak, Z. 1981. Classification of objects by means of attributes. Tech. Rep. PAS 429,
Institute for Computer Science, Polish Academy of Sciences.
Pawlak, Z., and A. Skowron. 2007.
Rudiments of rough sets.
Information Sciences
177:3-27.
Peters, J. F. 2007a. Classification of objects by means of features. In Proceedings of the
ieee symposium series on foundations of computational intelligence (ieee scci 2007),
1-8. Honolulu, Hawaii.
———. 2007b. Near sets. General theory about nearness of objects. Applied Mathe-
matical Sciences 1(53):2609-2029.
———. 2007c.
Near Sets. Special Theory about Nearness of Objects.
Fundamenta
Informaticae 75(1-4):407-433.
———. 2008a. Discovery of perceptually near information granules. In Novel devel-
opements in granular computing: Applications of advanced human reasoning and
soft computation, ed. J. T. Yao, to appear. Hersey, N.Y., USA: Information Science
Reference.
Peters,
J. F.,
and P. Wasilewski. 2009.
Foundations of near sets.
Informa-
tion Sciences. An International Journal 179:3091-3109.
Digital object identifier:
doi:10.1016/j.ins.2009.04.018.
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