Caelli, T.,
Three Processing Characteristics Of Visual Texture Segmentation,
SPATIAL VISION(1), 1985, pp. 19-30.
BibRef
Zeng, G.,
Dubes, R.C.,
A Comparison Of Tests For Randomness,
PR (18), 1985, pp. 191-198.
BibRef
Pun, T.,
Ellis, J.R.,
Application Of Simulated Poisson Statistical Processes To Stem Imaging,
SP(8), 1985, pp. 51-62.
BibRef
Unser, M.,
Statistical Characterization Of Texture With An Application To Automated Inspection,
SP(8), 1985, pp. 137-.
BibRef
Zeng, G.,
Dubes, R.C.,
A Test For Spatial Randomness Based On K-Nn Distances,
PRL(3), 1985, pp. 85-91.
BibRef
Van Gool, L.,
Dewaele, P.,
Oosterlinck, A.,
Texture Analysis Anno 1983,
CVGIP(29), 1985, pp. 336-357.
BibRef
Strickland, R.N.,
Estimation Of Local Statistics For Digital Processing Of Nonstationary Images,
T-ASSP(33), 1985, pp. 465-469.
BibRef
Coggins, J.M.,
Jain, A.K.,
A Spatial Filtering Approach To Texture Analysis,
PRL(3), 1985, pp. 195-203.
BibRef
Ashjari, B.,
Computer Detection And Identification Of A Visually Indiscernible Texture Mixture,
CVPR(85), pp. 172-174.
BibRef
Chatterjee, S.,
Chellappa, R.,
Maximum Likelihood Texture Segmentation Using Gaussian Markov Random Field Models,
CVPR(85), pp. 215-217.
BibRef
Kjell, B.P.,
Dyer, C.R.,
Edge Separation And Orientation Texture Measures,
CVPR(85), pp. 306-311.
BibRef
Rearick, T.C.,
A Texture Analysis Algorithm Inspired By A Theory Of Preattentive Vision,
CVPR(85), pp. 312-317.
BibRef
Leu, J.G.,
Wee, W.G.,
Detecting The Spatial Structure Of Natural Textures Based On Shape Analysis,
CVGIP(31), 1985, pp. 67-88.
BibRef
Smith, B.J.,
Perception Of Organization In A Random Stimulus,
CVGIP(31), 1985, pp. 242-247.
BibRef
Chellappa, R.,
Chatterjee, S.,
Classification Of Textures Using Gaussian Markov Random Fields,
T-ASSP(33), 1985, pp. 959-963.
BibRef
Werman, M.,
Peleg, S.,
Min-Max Operators In Texture Analysis,
T-PAMI(7), 1985, pp. 730-733.
BibRef
Peet, F.G.,
Sahota, T.S.,
Surface Curvature As A Measure Of Image Texture,
T-PAMI(7), 1985, pp. 734-738.
BibRef
Chapter on Rosenfeld Bibliography for 1985 continues in
J. Three-Dimensional Scenes .