This is the twenty-second in a series of bibliographies on computer processing of pictorial information, covering primarily items published during 1991. The coverage is restricted almost entirely to a selected set of U.S. or international journals and conference proceedings. No attempt is made to summarize or evaluate the items cited; the purpose is simply to provide a convenient compendium of references, grouped by subject.
The references are arranged under the following headings: (A) General references (B) Related topics (C) Applications (D) Architectures (E) Computational techniques (F) Feature detection and segmentation; image analysis (G) Two-dimensional shape; pattern (H) Color and texture (I) Matching and stereo (J) Three-dimensional recovery and analysis (K) Three-dimensional shape (L) Motion Letter/number codes in the text (A.1, etc.) correspond to sections of the bibliography.
Papers, books, etc. relating primarily to specific topics will be cited in later sections. In this section we cite references that relate to more than one topic:
(A.1) Meetings and meeting proceedings [1-28]
(A.2) Textbooks [29-32], paper collections [33-36], a journal , special issues [38-41], position papers [42-44], a glossary , and the previous bibliography in this series .
The following related areas are not covered systematically, but we give a few references on them:
(B.1) Geometry (computational, digital, etc.): [47-57].
(B.2) Graphics and visualization: [58-78]. (See also (H.2), (J.3), and (K.4) for additional references on image synthesis.)
(B.3) Communication [79-81], compression [82-92] (see also ), and digitization [94-111]; see also [112-113].
(B.4) Processing, enhancement: [114-133].
(B.5) Optical processing: [134-139].
(B.6) Visual perception: [140-155].
(B.7) Neural networks: [156-185].
(B.8) Artificial intelligence: [186-196].
(C.1) Documents*: [197-202].
(C.2) Biomedical*: [203-208]; see also [209-210] on microscopy and stereology.
(C.3) Human: [211-229].
(C.4) Industrial*: [230-236].
(C.5) Robotic: [237-265]; see also [266-271].
(C.6) Remote sensing, reconnaissance [272-288]; see also [289-290].
(D.1) General references [291-308].
(D.2) Meshes, hypercubes, etc. [309-332].
(D.3) Other systems [333-344] and related topics [345-350]. ____________________ *On these topics, individual papers are usually not cit-ed.
(E.1) Image operations: convolutions [351-355], morphological operations [356-371], etc. [372-374].
(E.2) Multiresolution and scale space methods [375-381]; see also [382-383].
(E.3) Geometric transformations [384-386]; calibration [387-397].
(E.4) Interpolation, fitting, approximation [398-421].
(E.5) Estimation, etc. [422-440]; see also [441-442].
(F.1) Feature detection: edges and contours [443-469], lines , corners and junctions [471-474].
(F.2) Segmentation [475-503] (including thresholding, grouping, etc.). [See later sections on feature detection and segmentation for curves (G.3), color images and textures (H.1. and H.3), range or 3D data (J.1), and motion fields (L.2).]
(F.3) Image analysis: general references on vision systems and object recognition [504-516]; see also [517-520] on spatial reasoning,  on visual learning, [522-525] on visual languages, and [526-534] on multidimensional formal languages.
(G.1) Representations and recognition [535-550]; topology [551-562].
(G.2) Properties [563-583].
(G.3) Curves [584-596] and curve features [597-605].
(G.4) Distance [606-620]; skeletons [621-632] (see also ).
(G.5) Path planning (2D, 3D, dynamic): [634-652].
(H.1) Reflectance, polarization [653-656]; color [657-669] and color edges [670-672].
(H.2) Texture: models, synthesis [673-688]; see also [689-697].
(H.3) Texture: description [698-714], segmentation [715-719].
(I.1) Matching of strings and arrays [720-729], trees and graphs [730-734].
(I.2) Matching of images and regions [735-738], templates [739-740], patterns [741-747], and shapes [748-750]; see also .
(I.3) Hough transforms [752-767].
(I.4) Stereo: algorithms and systems [768-789].
(I.5) Stereo: extensions and related topics [790-802].
10. 3D recovery and analysis
(J.1) Range and surface shape sensing [803-816] and segmentation [817-825]; segmentation of 3D data [826-831].
(J.2) Recovery from shading [832-846] and contour [847-858]; see also [859-860].
(J.3) Image synthesis [861-880] and volume visualization [881-885].
11. 3D shape
(K.1) Representations and models [886-907]; general [908-913] and miscellaneous [914-919] uses of models.
(K.2) Recognition and pose estimation [920-969].
(K.3) Geometric properties: topology [970-975], cross-sections [976-978], etc. [979-981]; projective relations [982-988], invariants [989-997].
(K.4) Display [998-1013], aspects [1014-1020]; intersections [1021-1028].
(L.1) Structure from motion [1029-1080].
(L.2) Motion estimation based on correspondence [1081-1090], flow [1091-1112], and spatiotemporal [1113-1118] methods; motion synthesis (animation) [1119-1128].
(L.3) Motion analysis from range [1129-1133] or binocular [1134-1138] data (see also ); motion segmentation and transparency [1140-1146], independent motion detection [1147-1151], tracking [1152-1156]; non-rigid motion [1157-1165]; applications [1166-1174]; etc. [1175-1178].
For brevity, the following frequently cited sources are cited in abbreviated forms:
@string(CVPR = "IEEE Computer Society Conference on Computer Vision and Pattern Recognition") @string(DACBV = "IEEE Workshop on Directions in Automated CAD-Based Vision") @string(IJCAI = "International Joint Conference on Artificial Intelligence") @string(SIGGRAPH = "SIGGRAPH '91 Conference") @string(SPIE = "Society of Photo-Optical Instrumentation Engineers") @string(WVM = "IEEE Workshop on Visual Motion")
@string(AI = "Artificial Intelligence") @string(CG = "Computer Graphics") @string(C&G = "Computers and Graphics") @string(CGA = "IEEE Computer Graphics and Applications") @string(DCG = "Discrete and Computational Geometry") @string(GMIP = "Graphical Models and Image Processing") @string(IJCV = "International Journal of Computer Vision") @string(IJPRAI = "International Journal of Pattern Recognition and Artificial Intelligence") @string(IJRR = "International Journal of Robotics Research") @string(IPL = "Information Processing Letters") @string(IS = "Information Sciences") @string(IU = "Image Understanding") @string(IVC = "Image and Vision Computing") @string(JPDC = "Journal of Parallel and Distributed Computing") @string(JVCIR = "Journal of Visual Communication and Image Representation") @string(MVA = "Machine Vision and Applications") @string(PC = "Parallel Computing") @string(P-IEEE = "Proceedings of the IEEE") @string(PR = "Pattern Recognition") @string(PRL = "Pattern Recognition Letters SIAM") @string(JC = "SIAM Journal on Computing") @string(T-COMP = "IEEE Transactions on Computers") @string(T-IT = "IEEE Transactions on Information Theory") @string(T-PAMI = "IEEE Transactions on Pattern Analysis and Machine Intelligence") @string(T-RA = "IEEE Transactions on Robotics and Automation") @string(T-SMC = "IEEE Transactions on Systems, Man, and Cybernetics") @string(T-SP = "IEEE Transactions on Acoustics, Speech, and Signal Processing") @string(TCS = "Theoretical Computer Science") @string(TOG = "ACM Transactions on Graphics") @string(VC = "The Visual Computer")
Special Issue-First European Conference On Computer Vision (Antibes, France, April 23-27, 1990), Ivc 8(4),
Pattern Recognition: Architectures, Algorithms And Applications (Papers From The Fourth Vision Interface Conference, Halifax, Nova Scotia, Canada, May 14-18, 1990), World Scientific,
SINGAPORE, 1991. BibRef
Aaai-90 Workshop On Qualitative Vision (Boston, Ma, July 29, 1990), Ai Magazine 12(4),
WINTER(XX), 1991, pp. 25-27. BibRef
British Machine Vision Conference, Oxford, Uk,
SEPTEMBER 24-27, 1990.
Image Understanding In The '90s: Building Systems That Work (Proceedings Of The Aipr Workshop, Mclean, Va, October 18-19,
1990), Proc. SPIE 1406. BibRef
Moorhead II, R.J.,
Image Processing Algorithms And Techniques Ii (San Jose, Ca, February 25-March 1,
1991), Proc. SPIE 1452. BibRef
Image Understanding And The Man-Machine Interface Iii (Orlando, Fl, April 3-4,
1991), Proc. SPIE 1472. BibRef
International Workshop On Visual Form, Capri, Italy,
MAY 27-30, 1991.
Israel/Italy Symposium On Computer Vision, Capri, Italy,
MAY 31, 1991.
Proceedings, Vision Interface '91, Calgary, Alberta, Canada,
JUNE 3-7, 1991 (Canadian Image Processing and Pattern Recognition Society).
Proceedings, Cvpr '91 (Ieee Computer Society Conference On Computer Vision And Pattern Recognition), Maui, Hi,
JUNE 3-6, 1991 (IEEE Computer Society Press).
Nsf Workshop On The Challenges In Computer Vision Research, Maui, Hi,
JUNE 7-8, 1991.
Fourth Symposium On Computer Graphics And Image Processing, Sao Paulo, Brazil,
JULY 14-17, 1991.
Applications Of Digital Image Processing Xiv (San Diego, Ca, July 22-26,
1991), Proc. SPIE 1567. BibRef
Stochastic And Neural Methods In Signal Processing, Image Processing, And Computer Vision (San Diego, Ca, July 24-26,
1991), Proc. SPIE 1569. BibRef
Geometric Methods In Computer Vision (San Diego, Ca, July 25-26,
1991), Proc. SPIE 1570. BibRef
Seventh Scandinavian Conference On Image Analysis, Aalborg, Denmark,
AUGUST 13-16, 1991.
Image Analysis And Processing (Proceedings Of The Sixth International Conference, Como, Italy, September 4-6, 1991), World Scientific,
SINGAPORE(91), pp. 1992. BibRef
Computer Analysis Of Image And Patterns (Proceedings Of The Fourth International Conference Caip '91, Dresden, Germany, September 17-19, 1991), Akademie Verlag,
BERLIN, 1991. BibRef
Computer Vision Applications-Meeting The Challenges (20th Aipr Workshop), Mclean, Va,
OCTOBER 17-18, 1991.
Visual Communication And Image Processing '91: Image Processing (Boston, Ma, November 11-13,
1991), Proc. SPIE 1606. BibRef
Intelligent Robots And Computer Vision X: Algorithms And Techniques; Neural, Biological, And 3-D Methods (Boston, Ma, November 11-13, 1991),
PROC. SPIE 1607, 1608. BibRef
Model-Based Vision Development And Tools (Boston, Ma, November 14-15,
1991), Proc. SPIE 1609. BibRef
Sensor Fusion Iv: Control Paradigms And Data Structures (Boston, Ma, November 12-15,
1991), Proc. SPIE 1611. BibRef
Machine Vision Systems: Integration And Applications (Boston, Ma, November 12-13,
1991), Proc. SPIE 1615a. BibRef
High-Speed Architectures And Systems In Machine Vision (Boston, Ma, November 14-15,
1991), Proc. SPIE 1615b. BibRef
Eighth Congress On Pattern Recognition And Artificial Intelligence, Lyons, France,
NOVEMBER 27-29, 1991.
Eighth Israeli Conference On Artificial Intelligence And Computer Vision, Tel-Aviv, Israel,
DECEMBER 30-31, 1991.
Chapter on Rosenfeld Bibliography for 1991 continues in
A.2. Books, etc. .