Abstract
The analysis of image sequences has only recently been recognized as a research area in its own right. A lot of isolated experience, however, had already been accumulated in various application-oriented investigations. It is the goal of this contribution to gather this experience in a coherent presentation, thus giving depth to an emerging discipline. The unifying idea underlying the organization of this review is an attempt to demonstrate that progress towards more automatic evaluation of image sequences has been intimately connected with improvements of the means to construct computer-internal descriptions — loosely called ‘models’ — of the depicted scene. This description has to take into account the spatial or temporal variations which are encountered throughout an image sequence. Attempts to describe the development of extractable subimages with time in a quantitative manner are abstracted from their application and presented in a separate chapter. A comprehensive bibliography, augmented by an author index, should facilitate access to the literature.
This chapter has been reproduced in its self-contained form, and consequently does not stylistically conform to the other chapters in this volume. The chapter number 2 has been omitted within the chapter from headings and cross-references. The references are according to the name-date method and contain the section numbers where the references are cited. An index relating the authors cited to the entries in the list of references concludes the chapter.
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References
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==> 3.1; 3.2; 3.3; 3.3; Tracking Moving Objects in Television Images C. Cafforio and F. Rocca Signal Processing 1 (1979) 133–140
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==> 2.5; A Minicomputer-Multiple Microprocessor System for Gait Analysis Using Television and Force Plate Data H.J. Chen Ph.D. Thesis (August 1979) Department of Electrical Engineering, The Ohio State University, Columbus/OH
==> 2.5; Computer-Television Analysis of Biped Locomotion I.-S. Cheng Ph.D. Thesis (December 1974) Department of Electrical Engineering, The Ohio State University, Columbus/OH
==> 2.6.1; 2.7; Acquisition of Moving Objects and Hand-Eye Coordination R.T. Chien and V.C. Jones IJCAI-75, pp. 737–741
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==> 2.2.1; 2.3.4; Pattern Classification and Scene Analysis R.O. Duda and P.E. Hart John Wiley & Sons, New York, 1973
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==> 2.2.1; 2.2.2; Use of a Pattern Recognition Technique for Determining Cloud Motions from Sequences of Satellite Photographs R.M. Endlich, D.E. Wolf, D.J. Hall, and A.E. Brain J. of Applied Meteorology 10 (1971) 105–117
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==> 3.1; 3.2; 3.3; 3.3; Velocity Determination in Scenes Containing Several Moving Objects C.L. Fennema and W.B. Thompson Computer Graphics and Image Processing 9 (1979) 301–315
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==> 2.2.3; 2.2.3; Use of a Model of Mesoscale Flow to Aid the Determination of Winds from a Geostationary Satellite J.C. Freeman Proc. Symposium on Meteorological Observations from Space: Their Contribution to the First GARP Global Experiment, Philadelphia/PA June 8–10, 1976, pp. 248–251
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==> 2.8.3; 2.8.3; 2.8.3; Optimal Surface Reconstruction from Planar Contours H. Fuchs, Z.M. Kedem, and S.P. Uselton C.ACM 20 (1977) 693–702
==> 2.2.1; 2.2.1; 2.2.3; Present Status of Cloud Velocity Computations from the ATS I and ATS III Satellites T.T. Fujita Space Research IX, pp. 557–570, North Holland Publ. Co., Amsterdam 1969
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==> 2.2.3; Satellite-Tracked Cumulus Velocities T.T. Fujita, E.W. Pearl, and W.E. Shenk J. of Applied Meteorology 14 (1975) 407–413
==> 2.1.6; 3.2; Measurement of Movement and Velocity of Moving Objects with Picture Signals T. Fukinuki Record of Technical Group on Image Technology of the Institute of Electronics and Communications Engineers (IECE) of Japan October 29, 1978 (IE 78–67, pp. 35–41)
==> 2.1.5; Improvement of Inter-Frame Predictive Coding of TV-Signals by Utilizing Visual Properties for Moving Objects T. Fukinuki, H. Yoshigi, and K. Fukushima Trans, of the IECE of Japan E 59 (Sept. 1976) 28–29 and 59-A (1976) 764–771 (the latter in Japanese)
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==> 2.4; 4; Data Abstractions for the Description of Complex Ongoing Activities — the Design of a Moving Image Analysis System R.P. Futrelle and W.K. Cheng WCATVI-79, pp. 131–133
==> 2.3.3; 2.4; 4; The System Design for GALATEA, an Interactive Real-Time Computer Graphics System for Movie and Video Analysis R.P. Futrelle and M.J. Potei Computers and Graphics 1 (1975) 115–121
==> 2.4; 2.6.2; Extraction of Motion Data by Interactive Image Processing R.P. Futrelle and G.C. Speckert Proc. IEEE Conference on Pattern Recognition and Image Processing Chicago/Ill., May 31 — June 2, 1978, pp. 405–408
==> 2.1.5; Television Band Compression by Contour Interpolation D. Gabor and P.C.J. Hill Proc. Inst. Elect. Eng. 108 part B (1961) 303–324
==> 2.3.1; 2.3.2; 2.3.5; 2.3.5; 2.3.5; Image Processing and Pattern Recognition in Nuclear Medicine J.H. Gallagher, D.F. Preston, R.G. Robinson, W.F. Herrin, W. Servoss, and S. Fritz IEEE Conference on Pattern Recognition and Image Processing, Troy/NY, June 6–8, 1977, pp. 55–60
==> 2.6.1; Extraction of an Aircraft Silhouette when the Aircraft is Moving across the Background G.Y. Gardner, J. Mendelsohn, and M.R. Wohlers Proc. 7th Annual Automatic Pattern Recognition Symposium, College Park/MD, May 23–24, 1977 Electronic Industries Association, Washington/DC 1977, pp. 329–342
==> 2.8.2; Automated Three-Dimensional Dendrite Tracking System C.F. Garvey, J.H. Young, Jr., P.D. Coleman, and W. Simon Electroencephalogr. Clin. Neurophysiol. 35 (Aug. 1973) 199–204
==> 2.3.3; Techniques for Automatic Extraction of the Location of Surgically Implanted Markers from Radiographic Images of the Heart J.L. Gattis, N.M. Schmitt, and A.P. Frankowski IJCPR-78, pp. 857–859
==> 2.3.5; Squelettisation et. Anamorphose dans l’Etude de la Dynamique des Deformations des Structures: Application a l’Analyse de la Motricite Gastrique C. Gaudeau, M. Boiron, and J. Thouvenot Proc. 2eme Congres AFCET-IRIA Reconnaissance des Formes et Intelligence Artificielle, September 12–14, 1979, Toulouse/France, vol. III, pp. 57–63
==> 2.7; A Stereo Vision System for an Autonomous Vehicle D.B. Gennery IJCAI-77, pp. 576–582
==> 2.7; A Stereo Vision System D.B. Gennery Proc. Image Understanding Workshop, L.S. Baumann (ed.) Palo Alto/CA, Oct. 20–21, 1977 Science Applications, Inc., Arlington/VA, pp. 31–46
==> 2.7; Object Detection and Measurement Using Stereo Vision D.B. Gennery IJCAI-79, pp. 320–327
==> 2.2.5; A Real-Time Imagery Screener M. Geokezas, R. Jennewine, and G.D. Swanlund Fifth Annual Symposium on Automatic Imagery Pattern Recognition, College Park/MD, April 17–18, 1975, pp. 55–86 Electronic Industries Association, Washington/DC 1975
==> 2.3.3; Computer Analysis of Moving Radiopaque Markers from X-Ray Cinefilms J.J. Gerbrands, F. Booman, and J.H.C. Reiber Computer Graphics and Image Processing 11 (1979) 35–48
==> 2.6.1; 2.6.2; 2.6.2; 3.2; Digitale Bildfolgenauswertung zum Wiederfinden von Objekten in natuerlieber Umgebung H. Gerlach in: Angewandte Szenenanalyse, J.P. Foith (ed.) Informatik Fachberichte 20, pp. 199–207 Springer Verlag, Berlin-Heidelberg-New York 1979
==> 2.3; A Real-Time Hardware System for Digital Processing of Wide-Band Video Images B.K. Gilbert, M.T. Storma, C.E. James, L.W. Hobrock, E.S. Yang, K.C. Ballard, and E.H. Wood IEEE Trans. Computers C-25 (1976) 1089–1100
==> 2.3; A Programmable Dynamic Memory Allocation System for Input/Output Digital Data into Standard Computer Memories at 40 Megasamples/s B.K. Gilbert, M.T. Storma, K.C. Ballard, L.W. Hobrock, C.E. James, and E.H. Wood IEEE Trans. Computers C-25 (1976) 1101–1108
==> 2.6.2; 2.6.2; A Real-Time Video Tracking System Using Image Processing Techniques A.L. Gilbert, M.K. Giles, G.M. Flachs, R.B. Rogers, and Y. Hsun U IJCPR-78 Nov. 7–10, 1978 Kyoto/Japan, pp. 1111–1115
==> 2.3; Implementation of Computation-Intensive Reconstruction Algorithms for X-Ray Computed Tomography B.K. Gilbert, L.D. Harris, R.D. Beistadt, R.A;. Robb, and D.E. Atkins IEEE Conference on Pattern Recognition and Image Processing, Chicago/IL, August 6–8, 1979, pp. 256–264
==> 2.6.2; 2.6.2; A Real-Time Video Tracking System A.L. Gilbert, M.K. Giles, G.M. Flachs, R.B. Rogers, and Y. Hsun UIEEE Trans. Pattern Analysis and Machine Intelligence PAMI-2 (1980) 47–56
==> 2.7; A “Hand-Eye” Robot Simulation System G. Gimelfarb, E. Kushner, V. Rybak IJCAI-75, pp. 766–770
==> 2.7; A Multi-Level Planning and Navigation System for a Mobile Robot: A First Approach to HILARE G. Giralt, R. Sobek, and R. Chatila IJCAI-79, pp. 335–337
==> 2.4; An Automated System for Growth and Analysis of Bacterial Colonies D.A. Glaser in: Image Processing in Biological Science University of California Press, San Francisco and Los Angeles/CA 1968, pp. 57–74
==> 2.8; 2.8.1; Alternative Display Formats for Computed Tomography (CT) Data W.V. Glenn, Jr., K.R. Davis, G.N. Larsen, and S.J. Dwyer, III in: Current Concepts in Radiology, vol. 3, pp. 88–124 E.J. Potchen (ed.), C.V. Mosby, St. Louis/MO 1977
==> 2.2.6; The Use of LANDSAT Imagery for Forestry Mapping: Description of a Proposed Operational System M. Goldberg and P. Kourtz Proc. IEEE Workshop on Picture Data Description and Management, Chicago/Ill., April 21–22, 1977, pp. 61–63
==> 2.1; 2.1.3; Digital Image Processing R.C. Gonzalez and P. Wintz Addison-Wesley Publ. Co., Reading/MA 1977
==> 2.3.4; Dual Isotope Imaging: Automated Liver-Pancreas Subtraction E.E. Gose, S. Shponka, W.E. Barnes, and E. Kaplan Proc. Joint Int. Conference on Computer Graphics, Pattern Recognition and Data Structure, Los Angeles/CA May 14–16, 1975, pp. 65–67
==> 2.3.4; 2.3.4; 2.3.4; Object Detection in Multiple Images E.E. Gose, J.S. Arnold, W.E. Barnes, S. Shponka, I. Nejdl, and E. Kaplan IJCPR-76, pp. 531–537
==> 2.1.3; Image Transmission by Two-Dimensional Contour Coding D.N. Graham Proc. IEEE 55 (1967) 336–346
==> 2.2.3; 2.2.3; The SeaSat-A Satellite Scatterometer W.L. Grantham, E.M. Bracaiente, W.L. Jones, and J.W. Johnson IEEE J. Oceanic Eng. OE-2 (1977) 200–206
==> 2.4; The Bugsystem: The Software Structure for the Reduction of Quantized Video Data of Moving Organisms J.O.B. Greaves Proc. IEEE 63 (1975) 1415–1425
==> 2.2.4; Applications of Digital Image Processing Techniques to Problems of Data Registration and Correlation W.B. Green Proc. NCC, AFIPS 47 (1978) 141–149
==> 2.2.2; The Automatic Extraction of Wind Estimates from VISSR Data R. Green, G. Hughes, C. Novak, and R. Schreitz paper no. 12 (pp. 94–110) in Bristor 75
Proceedings CALTEC/JPL Conference on Image Processing Technology, Data Sources and Software for Commercial and Scientific Applications W.B. Green, G.H. Redmann, F.C. Billingsley, R.B. Gilmore (eds.) Cal. Institute of Technology, Pasadena/CA November 3–5, 1976
==> 2.4; System for Automatically Tracking White Blood Cells F.M. Greene, Jr., and F.S. Barnes Rev. Sci. Instruments 48 (1977) 602–604
==> 2.1.3; A Computer Implementation of a Theory of Human Stereo Vision W.E.L. Grimson and D. Marr Proc. Image Understanding Workshop, pp. 41–47 L.S. Baumann (ed.), Palo Alto/CA, April 24–25, 1979 Science Applications, Inc., Arlington/VA 22209
==> 2.6.2; Analysis and Simulation of a Video Tracking System R.J. Grommes and C.J. Yi Proc. IEEE Systems, Man, and Cybernetics Conference Dallas/TX 1974, pp. 93–98
==> 2.1.3; A Boundary Finding Algorithm and its Application J.N. Gupta and P.A. Wintz IEEE Trans, on Circuits and Systems CAS-22 (1975) 351–362
==> 2.2.2; 2.2.3; 3.3; Estimation of Lateral and Rotational Cloud Displacement from Satellite Pictures U. Haass and T.A. Brubaker WCATVI-79, pp. 103–104
==> 2.2.6; Untersuchungen zur Klassifizierung multispektraler Bilddaten aus der Fernerkundung P. Haberaecker Dr.-Ing. Dissertation (July 1978) Fachbereich Verkehrswesen, Technische Universitaet Berlin/Germany
==> 2.2.6; On the Classification of Multitemporal Image Data P. Haberaecker The Institute of Physics Conference Series, No. 44, pp. 231–237 (1979)
==> 2.1.2; 2.1.3; Survey of Adaptive Image Coding Techniques A. Habibi IEEE Trans. Communications COM-25 (1977) 1275–1284
==> 2.1.7; Potential Digitization/Compression Techniques for Shuttle Video A. Habibi and B.H. Batson IEEE Trans. Communications COM-26 (1978) 1671–1682
==> 2.1.3; 2.2.7; Bandwidth Compression of Multispectral Data A. Habibi and A.S. Samulon Proc. SPIE 66 (August 1975) 23–35
==> 2.3.3; 2.3.5; Left Ventricular Contour Extraction from Radioisotope Angiocardiograms and Classification of Left Ventricular Wall Motion K. Hachimura, M. Kuwahara, and M. Kinoshita IJCPR-78 Nov. 7–10, 1978 Kyoto/Japan, pp. 911–913
==> 2.8.1; A Method to Increase the Depth of Focus by Two Step Image Processing G. Haeusler Optics Communication 6 (1972) 38–42
==> 2.8.1; Optical Software Survey G. Haeusler Optica Acta 24 (1977) 965–977
==> 2.2.1; An Adaptive Process for Tracking Clouds from Satellite Images D.J. Hall in: Image Science Mathematics CO. Wilde and E. Barrett (eds.) Western Periodicals Corp., North Hollywood/CA 1977, pp. 118–122
==> 1; 2.1; Computer Image Processing and Recognition E.L. Hall Academic Press New York/NY 1979
==> 2.8.3; Object Location in Computed Tomography Images Using Global Local Segmentation E.L. Hall and J.J. Hwang IEEE Conference on Pattern Recognition and Image Processing Chicago/IL, August 6–8, 1979, pp. 344–352)
==> 2.2.3; 2.2.4; Objective Methods for Registering Landmarks and Determining Cloud Motions from Satellite Data D.J. Hall, R.M. Endlich, D.E. Wolf, and A.E. Brain IEEE Trans. Computers C-21 (1972) 768–776
==> 2.6.1; An Evaluation of Diagrammatic Signing Using Time-Lapse Photography F.R. Hanscom Proc. SPIE 37 (1973) 7–14
Hanson and Riseman 78 ==> 1; Computer Vision Systems A.R. Hanson and E.M. Riseman eds. Academic Press New York 1978
==> 2.1.2; Frame-to-Frame Coding of Television Pictures Using Two-Dimensional Fourier Transforms B.G. Haskell IEEE Trans. Information Theory IT-20 (1974) 119–120
==> 2.1.6; Entropy Measurements for Nonadaptive and Adaptive, Frame-to-Frame, Linear Predictive Coding of Videotelephone Signals B.G. Haskell Bell System Techn. J. 54 (1975) 1155–1174
==> 2.1.4; 2.1.6; Differential Addressing of Clusters of Changed Picture Elements for Interframe Coding of Videotelephone Signals B.G. Haskell IEEE Trans. Communications COM-24 (1976) 140–144
==> 2.1.5; 2.1.6; Interframe Coding of Monochrome Television -a Review B.G. Haskell SPIE 87 (1976) 212–221
==> 2.1.5; 2.1.6; 2.1.7; Frame Replenishment Coding of Television B.G. Haskell in: Image Transmission Techniques, W.K. Pratt (ed.) Academic Press, New York 1979, pp. 189–219
==> 2.1.6; Predictive Video Encoding Using Measured Subject Velocity U.S. Patent 3.632.865 B.G. Haskell and J.O. Limb
==> 2.1.5; A Low-Bit-Rate Interframe Coder for Videotelephone B.G. Haskell and R.L. Schmidt Bell System Techn. J. 54 (1975) 1475–1495
==> 2.1.4; Interframe Coding of Videotelephone Pictures B.G. Haskell, F.W. Mounts, and J.C. Candy Proc. IEEE 60 (1972) 792–800
==> 2.1.5; Interframe Coding of 525-Line, Monochrome Television at 1.5 Mbits/s B.G. Haskell, P.L. Gordon, R.L. Schmidt, and J.V. Scattaglia IEEE Trans. Communications COM-25 (1977) 1339–1348
==> 2.2.3; Tropical Cloud Clusters Analyzed Using Techniques for Obtaining Wind, Divergence, and Vorticity Fields from Geostationary Satellite Pictures A.F. Hasler Ph.D. Thesis (1971) University of Wisconsin, Madison/Wisconsin
==> 2.2.1; A Verification Experiment Comparing Cloud Motion Wind Estimates with Aircraft Winds A.F. Hasler Int. Conference on Meteorological Satellites Paris, May 21–24, 1973, pp. 59–63
==> 2.2.1; 2.2.3; Wind Estimates from Cloud Motions: Phase 1 of an In Situ Aircraft Verification Experiment A.F. Hasler, W. Shenk, and W. Skillman J. Applied Meteorology 15 (1976) 10–15
==> 2.3; Medical Ultrasonic Imaging: An Overview of Principles and Instrumentation J.F. Havlice and J.C. Taenzer Proc. IEEE 67 (1979) 620–641
==> 2.8; Electron Image Processing: A Survey P.W. Hawkes Computer Graphics and Image Processing 8 (1978) 406–446
==> 2.3; 2.3.2; 2.3.3; 2.3.3; 2.3.5; 2.3.5; 2.8.8; Roentgen-Video-Techniques for Dynamic Studies of Structure and Function of the Heart and Circulation P.H. Heintzen and J.H. Buersch (eds.) Georg Thieme Verlag, Stuttgart 1978
==> 2.3.1; 2.3.3; 2.3.5; 2.3.5; Automated Video-Angiocardiographic Image Analysis P.H. Heintzen, R. Brennecke, J.H. Buersch, P. Lange, V. Malerczyk, K. Moldenhauer, and D. Onnasch IEEE Computer 8, no. 7 (July 1975) 55–64
==> 2.1.2; 2.1.5; A Real Time Hadamard Transform Video Compression System Using Frame-to-Frame Differencing J.A. Heller Proc. Nat. Telecommunications Conference, San Diego, 1974, pp. 77–82
==> 2.2.5; Techniques and Applications of Digital Change Detection P.J. Henrikson Proc. Symposium on Computer Image Processing and Recognition, A.J. Carlson (ed.) Columbia/Missouri, August 1972, p.r 6–1–1 through 6–1–10
==> 2.8.4; 2.8.4; 2.8.8; Representation of 3-D Surfaces by a Large Number of Simple Surface Elements G.T. Herman Proc. NSF Workshop on the Representation of Three-Dimensional Objects R. Bajcsy (ed.), Philadelphia/PA, May 1–2, 1979
==> 2.8.4; Dynamic Boundary Surface Detection G.T. Herman and H.K. Liu Computer Graphics and Image Processing 7 (1978) 130–138 see also: Proc. Symposium on Computer-Aided Diagnosis of Medical Images, J. Sklansky (ed.) Coronado/CA, November 11, 1976, pp. 27–32
==> 2.8.4; Three-Dimensional Display of Human Organs from Computed Tomograms G.T. Herman and H.K. Liu Computer Graphics and Image Processing 9 (1979) 1–21
==> 2.8.4; 2.8.5; Detection of Changing Boundaries in Two and Three Dimensions G.T. Herman, S.N. Srihari, and J.K. Udupa WCATVI-79, pp. 14–16
==> 2.7; Automatic Analysis of Movies in Fluid Mechanics M.A. Hernan and J. Jimenez WCATVI-79, pp. 134–135
==> 2.1.3; 2.2.7; Joint Classification and Data Compression of Multidimensional Information Sources — Application to ERTS E.E. Hilbert Conference Record vol. II, International Conference on Communications, June 1975, pp. 27–6 through 27–11
==> 2.6.1; Landradaranlagen fuer die SchiffSicherung O. Hilke in: Funksysteme fuer Ortung und Navigation und ihre Anwendung in der Verkehrs Sicherung E. Kramar (Hrsgb.) Verlag Berliner Union GmbH Stuttgart und W. Kohlhammer GmbH Stuttgart 1973
==> 2.2.6; Biological and Physical Considerations in Applying Computer-Aided Analysis Techniques to Remote Sensor Data R.M. Hoffer in: Remote Sensing: The Quantitative Approach, P.H. Swain and S.H. Davis (ed.) McGraw-Hill Inc. New York 1978, chapter V
==> 2.3.2; Encoding and Analysis of X-Ray Image Series K.H. Hoehne, M. Boehm, and G.C. Nicolae IJCPR-78, pp. 743–746
==> 2.3; 2.3.2; 2.3.5; The Processing of X-Ray Image Sequences K.H. Hoehne, M. Boehm, and G.C. Nicolae in: Advances in Digital Image Processing, P. Stucki (ed.) Plenum Press New York/NY 1979, pp. 147–163
==> 2.3.2; 2.3.5; Functional Imaging: Applications in Three Radiological Modalities J.E. Holden IEEE Conference on Pattern Recognition and Image Processing Chicago/IL, August 6–8, 1979, pp. 368–375
==> 2.2.5; Automatic Photointerpretation and Target Location W.S. Holmes Proc. IEEE 54 (1966) 1679–1686
==> 2.2; Nimbus: the Vanguard of Remote Sensing J.J. Horan IEEE Spectrum 15, No. 11 (Nov. 1978) 36–43
==> 2.2.4; Vision B.K.P. Horn AISB/GI-78 Conference on Artificial Intelligence Hamburg, July 18–20, 1978, pp. 147–163
==> 2.2.4; 2.2.4; Using Synthetic Images to Register Real Images with Surface Models B.K.P. Horn and B.C. Bachman C. ACM 21 (1978) 914–924
==> 2.8.1; Reconstruction of an Oblique Viewing Plane from Transaxial Scanning X-Ray Tomographic Data P.C. Hsi and Chin-Hwa Lee IEEE Conference on Pattern Recognition and Image Processing Chicago/IL, May 31 -June 2, 1978, pp. 210–213
==> 2.8.1; Three-Dimensional Image Reconstruction from In Vivo Consecutive Transversal Axial Sections H.K. Huang and R.S. Ledley Computers in Biology and Medicine 5 (1975) 165–170
==> 2.2.3; The Relation Between Cloud Pattern Motion and Wind Shear L.F. Hubert Monthly Weather Review 104 (1976) 1167–1171
==> 2.2.1; 2.2.1; Wind Estimation from Geostationary-Satellite Pictures L.F. Hubert and L.F. Whitney Monthly Weather Review 99 (1971) 665–672
==> 2.2.2; 2.2.4; Automated Techniques for the Detection and Displacement Measurement of Selected Cloud Imagery Observed in Geostationary Satellite Data G. Hughes, C. Novak, and R. Schreitz Proc. 8th Annual Automatic Imagery Pattern Recognition Symposium, R.A. Kirsch and R.N. Nagel (eds.) Gaithersburg/MD, April 3–4, 1978, pp. 81–90 Electronic Industries Association, Washington/DC 1978
==> 2.1.1; 2.1.7; 2.1.8; Interframe Coding for 4-MHz Color Television Signals K. Iinuma, Y. Iijima, T. Ishiguro, H. Kaneko, and S. Shigaki IEEE Trans. on Communications COM-23 (1975) 1461–1466
==> 2.1.7; Composite Interframe Coding of NTSC Color Television Signals T. Ishiguro, K. Iinuma, Y. Iijima, T. Koga, S. Azami, and T. Mune 1976 National Telecommunications Conference Record Dallas/TX, Nov. 1976, pp. 6.4–1 to 6.4–5
==> 2.2.1; 2.2.3; Relationship between Observed Winds and Cloud Velocities Determined from Pictures Obtained by the ESSA III, ESSA V and ATS I Satellites T. Izawa and T. Fujita Space Research IX, pp. 571–579 North Holland Publ. Co., Amsterdam 1969
==> 2.6.1; Visual Recognition of Artifacts by Computer Ch.J. Jacobus Ph.D. Thesis (July 1979) Department of Electrical Engineering University of Illinois, Urbana-Champaign/IL
==> 2.1.5; Bandbreitenreduktion durch verringerte Bildwechselrate F. Jaeschke and J. Ost Radio Mentor 38 (1972) 110–113
==> 2.6.1; Analysing a Real World Scene Sequence Using Fuzziness R. Jain and H.-.H. Nagel IEEE Conference on Decision and Control, New Orleans, Dec. 7–9, 1977
==> 2.1.5; 2.6.1; On a Motion Analysis Process for Image Sequences from Real World Scenes R. Jain and H.-H. Nagel IEEE Workshop on Pattern Recognition and Artificial Intelligence, Princeton, N.J., April 12–14, 1978 (available as report IfI-HH-B-48/78)
==> 2.1.5; 2.6.1; 3.2; On the Analysis of Accumulative Difference Pictures from Image Sequences of Real World Scenes R. Jain and H.-H. Nagel IEEE Trans. Pattern Analysis and Machine Intelligence PAMI-1 (1979) 206–214
==> 2.6.1; 3.2; Separating Non-Stationary from Stationary Scene Components in a Sequence of Real World TV-Images R. Jain, D. Militzer, and H.-H. Nagel IJCAI-77, 612–618 and IfI-HH-B-32/77 (March 1977) Institut fuer Informatik, Universitaet Hamburg
==> 3.1; 3.2; Segmentation through the Detection of Changes due to Motion R. Jain, W.N. Martin, and J.K. Aggarwal Computer Graphics and Image Processing 11 (1979) 13–34
==> 2.3; Bioimage Synthesis and Analysis from x-Ray, Gamma, Optical, and Ultrasound Energy S.A. Johnson, R.A. Robb, E.L. Ritman, B.K. Gilbert, J.F. Greenleaf, L.D. Harris, M.J. Berggren, R. Sturm, P.A. Chevalier, R.M. Heethar, E.H. Wood, G.T. Herman, and Y.C. Pao in: Digital Processing of Biomedical Images K. Preston, jr., and M. Onoe (eds.) Plenum Press, New York 1976, pp. 203–226
==> 2.6.1; 2.7; Tracking: An Approach to Dynamic Vision and Hand-Eye Coordination V.C. Jones Ph.D. Thesis, Electrical Engineering, Graduate College of the University of Illinois at Urbana-Champaign (1974), Coordinated Science Laboratory R-696 (1975)
==> 2.1.2; 2.1.5; A Real-Time Adaptive Hadamard Transform Video Compressor H.W. Jones SPIE 87 (1976) 2–9
==> 2.1.5; A Conditional Replenishment Hadamard Video Compressor H.W. Jones SPIE 119 (1977) 91–98
==> 2.1.2; A Comparison of Theoretical and Experimental Video Compression Designs H.W. Jones IEEE Trans. Electromagnetic Compatibility EMC-21 (1979) 50–56
==> 2.2.3; Derivation of a Thermal Inertia Image from Remotely Sensed Data A.B. Kahle in: Green et al. 76, pp. 11–1 through 11–8
==> 2.8; Computerized Tomography with X-Ray, Emission, and Ultrasound Sources A.C. Kak Proc. IEEE 67 (1979) 1245–1272
==> 2.6.1; Picture Processing Laboratory and its Applications T. Kanade and Y. Ohta Proc. IFIP-74 (J.L. Rosenfeld, ed.) North-Holland Publ. Co., Amsterdam 1974, pp. 738–742
==> 2.2.3; Severe Storm Pattern Recognition from Meteorological Satellite Data: a Report on Current Status and Prospects L.N. Kanal and J.A. Parikh Research and Development Technical Report ECOM-77–3, Atmospheric Sciences Lab., US Army Electronics Command, White Sands Missile Range/NM (March 1, 1977)
==> 2.2.6; Crop Classification Using Time Features Computed from Multi-Temporal Multi-Spectral Data T. Kaneko IJCPR-78, pp. 943–945
==> 2.3.3; Straight-Line Approximation for the Boundary of the Left Ventricular Chamber from a Cardiac Cineangiogram T. Kaneko and P. Mancini IEEE Trans. Biomedical Eng. BME-20 (1973) 413–416
==> 2.2.5; Automatic Recognition of Changes in Urban Development from Aerial Photographs J.G. Kawamura IEEE Trans. Systems, Man, and Cyb. SMC-1 (1971) 230–239
==> 2.3.3; Edge Detection in Pictures by Computer Using Planning M.D. Kelly Machine Intelligence 6 (B. Meltzer, D. Michie, eds.), Edinburgh University Press, 1971, pp. 379–409
==> 2.8.3; CT and Radiation Therapy Planning J.C. Kelly, P.N. Cook, H. Cox, S.J. Dwyer, R.W. Conners, and C.A. Harlow IEEE Conference on Pattern Recognition and Image Processing, Chicago/Ill., May 31 — June 2, 1978, pp. 205–209
==> 2.8.3; Approximating Complex Surfaces by Triangulation of Contour Lines E. Keppel IBM J. Research and Development 19 (1975) 2–11
==> 2.1.3; Statistical Study of Edges in TV Pictures N. Keskes, F. Kretz, and H. Maitre IEEE Trans. Communications COM-27 (1979) 1239–1247
==> 2.1.5; Digital Standards Converter by Adaptive Intra-Frame Line Interpolation K. Kinuhata, H. Sasaki, H. Yamamoto, and K. Amano IEEE Trans. Communications COM-26 (1978) 1413–1420
==> 2.3; 2.3; Techniques for Real-Time Two-Dimensional Echocardiography J.A. Kisslo, O.T. von Ramm, and F.L. Thurstone in: Clinical Echocardiography M.N. Kotier and B.M. Segal (eds.) F.A. Davis Co., Philadelphia/PA 1978, pp. 21–38
==> 2.1.5; Codierung von Fernsehsignalen fuer niedrige Uebertragungsbitraten J. Klie Dissertation, Juni 1978 Lehrstuhl fuer Theoretische Nachrichtentechnik und Informationsverarbeitung, Techn. Universitaet Hannover, D-3000 Hannover 1
==> 2.1.2; 2.1.3; 2.1.5; Real-Time Video Compression Algorithm for Hadamard Transform Processing S.C. Knauer Proc. SPIE 66 (August 1975) 58–69
==> 2.1.2; 2.1.3, 2.1.5; Real-Time Video Compression Algorithm for Hadamard Transform Processing S.C. Knauer IEEE Trans. Electromagnetic Compatibility EMC-18 (1976) 28–36
==> 3.3; Motion Detection within a Natural Scene Picked up by a Moving Optical Sensor A. Korn and G. Wedlich WCATVI-79, pp. 36–37
==> 3.3; Zur Detektion von Relativbewegungen in bewegten natuerlichen Szenen A. Korn and G. Wedlich in: Angewandte Szenenanalyse, J.P. Foith (ed.) Informatik Fachberichte 20, pp. 224–237 Springer Verlag, Berlin-Heidelberg-New York 1979
==> 2.2.3; Microwave Sensing from Orbit H.N. Kritikos and J. Shiue IEEE Spectrum 16 (August 1979) 34–41
==> 2.3.3; A Terminal/Time Share Based Method for Interactive Left Ventricular Volume Estimation R.P. Kruger and S. Hui IEEE Trans. Systems, Man, and Cybernetics SMC-6 (1976) 134–138
==> 2.3; 2.3.1; 2.3.4; A Digital Video Image Processor for Real-Time X-Ray Subtraction Imaging R.A. Kruger, C.A. Mistretta, J. Lancaster, T.L. Houk, M. Goodsitt, C.G. Shaw, S.J. Riederer, J. Hicks, J. Sackett, A.B. Crummy, and D. Fleming Optical Engineering 17 (1978) 652–657
==> 2.7; Commonsense Knowledge of Space: Learning from Experience B. Kuipers IJCAI-79, pp. 499–501
==> 2.1.3; Two-Dimensional Image Coding by Micro-Adaptive Picture Sequencing (MAPS) A.E. LaBonte Proc. SPIE 119 (1977) 99–106
==> 2.6.2; Konzept und Realisierung eines mit Kontrastauswertung arbeitenden TV-Trackers K. Landzettel and G. Hirzinger in: Angewandte Szenenanalyse, J.P. Foith (ed.) Informatik Fachberichte 20, p. 222 Springer Verlag, Berlin-Heidelberg-New York 1979
==> 2.3.5; The Analysis of Size, Shape, and Contraction Pattern of the Right Ventricle from Angiocardiograms P. Lange, D. Onnasch, K. Moldenhauer, V. Malerczyk, F.L. Farr, G. Huettig, and P.H. Heintzen Eur. J. Cardiology 4/Suppl. (1976) 153–168
==> 2.5; Instrumentation of Movement Analysis by Raster-Scanned Image Source P. Lappalainen and M. Tervonen IEEE Trans. Instrumentation and Measurement IM-24 (1975) 217–221
==> 2.3.2; 2.3, 2; 2.3.3; Some Clinical Applications of Pattern Recognition R.S. Ledley IJCPR-73, pp. 89–112
==> 2.3; Signal Processing in Ultrasound D.H. Le Croisette and P.M. Gammell Proc. SPIE 167 (1978) 135–141
==> 2.8.1; Coronal or Sagittal Plane Reconstruction of Transaxial Scanning X-Ray Tomography C.-H. Lee and J.M. Mozley Proc. Symposium on Computer-Aided Diagnosis of Medical Images J. Sklansky (ed.), Coronado/CA, November 11, 1976, pp.61–65
==> 2.2.3; Sea Surface Temperature from VISSR Data J.A. Leese and J.D. Tarpley paper no. 15 (pp. 128–132) in Bristor 75
==> 2.2.1; The Determination of Cloud Pattern Motions from Geosynchronous Satellite Image Data J.A. Leese, C.S. Novak, and V.R. Taylor Pattern Recognition 2 (1970) 279–292
==> 2.2.1; An Automated Technique for Obtaining Cloud Motion from Geosynchronous Satellite Data Using Cross-Correlation J.A. Leese, C.S. Novak, and B.B. Clark J. of Applied Meteorology 10 (1971) 118–132
==> 2.4; A Real-Time Laboratory Device for Tracking and Quantifying Blood Cell Movement M.D. Levine and Y.M. Youssef Report No. 78–2R (January 1978) Dept. Electrical Engineering, McGill University, Montreal
==> 2.4; An Automatic Picture Processing Method for Tracking and Quantifying the Dynamics of Blood Cell Motion M.D. Levine and Y.M. Youssef Report No. 78–4R (February 1978) Dept. Electrical Engineering, McGill University, Montreal presented at 4th Int. Congress of Cybernetics and Systems, Amsterdam, August 21–25, 1978
==> 2.8.7 Automated Measurement of the Internal Surface Area of the Human Lung M.D. Levine, M.L. Reisch, and W.M. Thurlbeck IEEE Trans. Bio-Medical Engineering BME-17 (1970) 254–262
==> 2.7; Computer Determination of Depth Maps M.D. Levine, D.A. O’Handley, G.M. Yagi Computer Graphics and Image Processing 2 (1973) 131–150
==> 2.4; 2.4; Cell Movements: Its Characterization and Analysis M.D. Levine, Y.M. Youssef, and F. Ferrie WCATVI-79, pp. 9 3–95
==> 2.8; 2.8.2; 2.8.2; Three Dimensional Reconstruction from Serial Sections C. Levinthal and R. Ware Nature 236 (1972) 207–210
==> 2.7; A Scanning Laser Rangefinder for a Robot Vehicle R.A. Lewis and A.R. Johnston IJCAI-77, pp. 762–768
==> 2.2.5; Techniques for Change Detection R.L. Lillestrand IEEE Trans. Computers C-21 (1972) 654–659
==> 2.1.3; Adaptive Encoding of Picture Signals J.O. Limb Symposium on Picture Bandwidth Compression MIT, April 1969 T.S. Huang and O.J. Tretiak (eds.) Gordon and Breach, New York/NY 1972, pp. 341–382
==> 2.1.3; Distortion Criteria of the Human Viewer J.O. Limb IEEE Trans. Systems, Man, and Cybernetics SCM-9 (1979) 778–793
==> 2.1.6; 3.1; Measuring the Speed of Moving Objects from Television Signals J.O. Limb and J.A. Murphy IEEE Trans. Communications COM-23 (1975) 474–478
==> 2.1.6; 3.1; Estimating the Velocity of Moving Images in Television Signals J.O. Limb and J.A. Murphy Computer Graphics and Image Processing 4 (1975) 311–327
==> 2.1.4; 3; A Simple Interframe Coder for Video Telephony J.O. Limb and R.F.W. Pease Bell System Techn. J. 50 (1971) 1877–1888
==> 2.1.3; On the Design of Quantizers for DPCM Coders: A Functional Relationship Between Visibility, Probability and Masking J.O. Limb and C.B. Rubinstein IEEE Trans. Communications COM-26 (1978) 573–578
==> 2.1.5; Combining Intra-Frame and Frame-to-Frame Coding for Television J.O. Limb, R.F.W. Pease, and K.A. Walsh Bell System Techn. J. 53 (1974) 1137–1173
==> 2.8.7; Volumetric Determinations of Cells and Cell Organelles from Two-Dimensional Transsections L.G. Lindberg Proc. 4th Int. Congress for Stereology, pp. 359–362 Gaithersburg/MD, Sept. 4–9, 1975, NBS, Washington/DC 1976
==> 2.4; Digital Analysis of Living Cell Image Sequences in Support of Cytotoxicity-Carcinogenesis Research L.E. Lipkin, P. Lemkin, and M. Wade WCATVI-79, p. 25
==> 2.1.5; Bit-Plane Analysis of Digitized Moving Pictures B. Lippel WCATVI-79, pp. 79–81
==> 2.1.6; Techniques of DPCM Picture Coding for RPV TV R. Lippmann IEEE Int. Conference on Communications Boston/MA, June 10–13, 1979
==> 2.3.3; 2.8.4; Two- and Three-Dimensional Boundary Detection H.K. Liu Computer Graphics and Image Processing 6 (1977) 123–134
==> 2.2.1; 2.2.1; 2.2.3; The Application of a Thresholding Technique in Cloud Motion Estimation from Satellite Observations R.C. Lo TR-357 (February 1975) Computer Science Department, University of Maryland, College Park/MD
== > 2.2.2; Verfahren zur stereoskopischen Wolkenanalyse aus dem Weltraum D. Lorenz und E. Schmidt Bildmessung und Luftbildwesen 47 (1979) 1–14
==> 2.6.2; The HARPY Speech Recognition System B.T. Lowerre Ph.D.Thesis, Dept. Comp.Sc. (April 1976) Carnegie-Mellon University, Pittsburgh/PA
==> 2.7; An Algorithm for Planning Collision-Free Paths Among Polyhedral Obstacles T. Lozano-Perez and M.A. Wesley CACM 22 (1979) 560–570
==> 2.5; Microprocessor-Based Interface Converts Video Signals for Object Tracking K.S. Lubinski, K.L. Dickson, and J. Cairns, Jr. Computer Design (Dec. 1977) 81–87
==> 2.2.3; Recent Applications of Digital Processing to Planetary Science D.J. Lynn in: Green et al. 76, pp. 13–1 through 13–16
==> 2.3; Ultrasonic Imaging Using Arrays A. Macovski Proc. IEEE 67 (1979) 484–495
= = > 3. 1; Considerations sur Involution Spatio-Temporelle de Segments d’Images H. Maitre Proc. 2eme Congres AFCET-IRIA Reconnaissance des Formes et Intelligence Artificielle, September 12–14, 1979 Toulouse/France, vol. II, pp. 151–157
==> 2.1.6; Directional Correlation — A Technique to Reduce Bandwidth in PCM Television Transmissions F.K. Manasse IEEE Trans. Communications COM-15 (1967) 204–208
==> 3.3; Analysis of Occluding Contour D. Marr Proc. Royal Soc. B 197 (1977) 441–475
==> 2.1.3; A Computational Theory of Human Stereo Vision D. Marr and T. Poggio Proc. Royal Society London B 204 (1979) 301–308
==> 2.1.3; 3.1; 3.1; 3.3; Directional Selectivity and its Use in Early Visual Processing D. Marr and S. Ullman A.I. Memo 524 (June 1979) Artificial Intelligence Laboratory, MIT, Cambridge/MA
==> 2.1.3; Bandpass Channels, Zero-Crossings, and Early Visual Information Processing D. Marr, S. Ullman, and T. Poggio J. Opt. Soc. Am. 69 (1979) 914–916
==> 1; Survey: Dynamic Scene Analysis W.N. Martin and J.K. Aggarwal Computer Graphics and Image Processing 7 (1978) 356–374
==> 2.6.2; Occlusion in Dynamic Scene Analysis W.N. Martin and J.K. Aggarwal WCATVI-79, pp. 49–50
==> 2.6.2; 3.3; Computer Analysis of Dynamic Scenes Containing Curvilinear Figures W.N. Martin and J.K. Aggarwal Pattern Recognition 11 (1979) 169–178
==> 2.1.7; Separation of NTSC Signals by Minimum Square Error Filters and Adaptive Filters N.F. Maxemchuk and D.K. Sharma IEEE Trans. Communications COM-26 (1978) 583–593
==> 2.8.3; THREAD (Three-Dimensional Reconstruction and Display) with Biomedical Application in Neuron Ultrastructure and Computerized Tomography J.C. Maziotta and H.K. Huang Proc. NCC AFIPS 45 (1976) pp. 241–250
==> 2.3.2; Image Processing in Televinion Ophthalmoscopy B.H. McCormick, J.S. Read, R.T. Borovec, and R.C. Amendola in: Digital Processing of Biomedical Images K. Preston, Jr., and M. Onoe (eds.) Plenum Publishing Co., New York 1976, pp. 399–424
==> 2.6.2; Moving Target Detection by Imaging Missile Seekers D.M. Mcintosh WCATVI-79, p. 105
==> 2.6.2; A Perturbation Method for Obtaining Control Signals in an Image Tracking System E.S. McVey and W.B. Woolard, Jr. Proc. 1979 Joint Automatic Control Conference
==> 2.2.4; Computer Methods for Creating Photomosaics D.L. Milgram IEEE Trans. Computers C-24 (1975) 1113–1119
==> 2.6.2; Region Tracking Using Dynamic Programming D.L. Milgram TR-539 (May 1977), Computer Science Center, University of Maryland, College Park/MD see, too, WCATVI-79, p. 13
==> 2.2.4; Adaptive Techniques for Photomosaicking D.L. Milgram IEEE Trans. Computers C-26 (1977) 1175–1180
==> 2.7; Autonomous Guidance and Control of a Roving Robot J.A. Miller IJCAI-77, pp. 759–760
==> 2.2.3; 2.2.4; 2.2.6; Further Outlook for GOES D.B. Miller, J.A. Leese, and C.L. Bristor paper no. 18 (pp. 146–150) in Bristor 75
==> 2.6.2; Algorithms to Track a Moving Object L.B. Milstein and T. Lazicky IEEE Conference on Pattern Recognition and Image Processing, Troy/NY, June 6–8, 1977, pp. 148–152
==> 2.6.2; Statistical Tests for Image Tracking L.B. Milstein and T. Lazicky Computer Graphics and Image Processing 7 (1978) 413–424
==> 2.2.6; Classification of Landsat Data to Recognize Wheat P.N. Misra and S.G. Wheeler IEEE Conference on Pattern Recognition and Image Processing, Troy/NY, June 6–8, 1977, pp. 280–288
==> 2.2.6; Crop Classification with LANDSAT Multispectral Scanner Data P.N. Misra and S.G. Wheeler Pattern Recognition 10 (1978) 1–13
==> 2.3.4; Absorption Edge Fluoroscopy Using Quasi-monoenergetic X-ray Beams C.A. Mistretta, M.G. Ort, F. Kelcz, J.R. Cameron, M.P. Siedband, and A.B. Crummy Invest. Radiol. 8 (1973) 402–412
==> 2.1.5; Analysis of Perception of Motion in Television Signals and its Application to Bandwidth Compression M. Miyahara IEEE Trans, on Communications COM-23 (1975) 761–768
==> 2.2.3; 2.2.3; Radar Determination of Winds at Sea R.K. Moore and A.K. Fung Proc. IEEE 67 (1979) 1504–1521
==> 2.7; Towards Automatic Visual Obstacle Avoidance H.P. Moravec IJCAI-77, p. 584
==> 2.7; Visual Mapping by a Robot Rover H.P. Moravec IJCAI-79, pp. 598–600
==> 2.6.2; 3.3; Terminal Guidance by Pattern Recognition -A New Approach S. Moskowitz IEEE Trans. Aerospace and Navigational Electronics (1964) 254–265
==> 2.1.4; A Video Encoding System with Conditional Picture-Element Replenishment F.W. Mounts Bell System Techn. J. 48 (1969) 2545–2554
==> 2.1.3; Design of Quantizers for Real-Time Hadamard Transform Coding of Pictures F.W. Mounts, A.N. Netravali, and B. Prasada Bell System Technical Journal 56 (1977) 21–48
==> 2.1.3; 2.1.7; Predictive Image Coding H.G. Musmann in: Image Transmission Techniques W.K. Pratt (ed.) Academic Press, New York 1979, pp. 73–112
==> 2.1.5; Private Communication, February 1980
==> 2.2.3; Studying the Oceans from Space W. Myers IEEE Computer 11, No. 8 (August 1978) 68–75
==> 2.2.5; 2.6.1; 3.1; 3.2; Formation of an Object Concept by Analysis of Systematic Time Variations in the Optically Perceptible Environment H.-H. Nagel Computer Graphics and Image Processing 7 (1978) 149–194
==> 1; 2.8.2; Analysis Techniques for Image Sequences H.-H. Nagel IJCPR-78, pp. 186–211
==> 1; 2.2.5; Ueber die Repraesentation von Wissen zur Auswertung von Bildern H.-H. Nagel in: Angewandte Szenenanalyse, J.P. Foith (ed.) Informatik Fachberichte 20, pp. 3–21 Springer Verlag, Berlin-Heidelberg-New York 1979
==> 1; From Digital Picture Processing to Image Analysis H.-H. Nagel Proc. International Conference on Image Analysis and Processing, V. Cantoni (ed.), Pavia/Italy, October 22–24, 1980, pp. 27–40
==> 2.2.6; Digital Image Processing Activities in Remote Sensing for Earth Resources G. Nagy Proc. IEEE 60 (1972) 1177–1200
==> 2.1.2; On Interframe Transform Coding T.R. Natarajan and N. Ahmed IEEE Trans. Communications COM-25 (1977) 1323–1329
==> 2.3.5; Computer Aided Diagnosis from Lung Ventilation and Perfusion Scintigrams I.F. Nejdl, E.E. Gose, and E. Kaplan IJPCR-78, pp. 914–918
==> 2.1.7; Noise Removal from Chrominance Components of a Color Television Signal A.N. Netravali IEEE Trans. Communications COM-26 (1978) 1318–1321
==> 2.1.4; 2.1.4; 2.1.6; 3.2; 3.3; Motion Compensated Television Coding: Part 1 A.N. Netravali and J.D. Robbins Bell System Technical J. 58 (1979) 631–670
==> 2.1.7; Quantization of Color Signals A.N. Netravali and C.B. Rubinstein Proc. IEEE 65 (1977) 1177–1187
==> 2.1.4; 2.1.6; 3.3; Motion-Compensated Transform Coding A.N. Netravali and J.A. Stuller Bell System Technical Journal 58 (1979) 1703–1718 see, too: Proc. IEEE Conference on Pattern Recognition and Image Processing, Chicago/IL, August 6–8, 1979 pp. 561–567
==> 2.1.3; Some Experiments in Adaptive and Predictive Hadamard Transform Coding of Pictures A.N. Netravali, B. Prasada, and F.W. Mounts Bell System Technical J. 56 (1977) 1531–1547
==> 2.7; Interpretation of Imperfect Object Contours J for Identification and Tracking B. Neumann IJCPR-78 Nov. 7–10, 1978 Kyoto/Japan, pp. 691–693
==> 2.7; Depth Measurement by Motion Stereo R. Nevatia Computer Graphics and Image Processing 5 (1976) 203–214
==> 2.3; Multiprocessor System for the Real-Time Digital Processing of Video-Image Series G.C. Nicolae and K.H. Hoehne Elektronische Rechenanlagen 21 (1979) 171–183
==> 2.7; Programmable Industrial Automation D. Nitzan and Ch.A. Rosen IEEE Trans. Computers C-25 (1976) 1259–1270
==> 2.2.2; The Operational Processing of Wind Estimates from Cloud Motions C. Novak and M. Young Proc. Symposium Meteorological Observations from Space: Their Contribution to the First GARP Global Experiment, 1976, pp. 214–221
==> 2.7; Scene Analysis in Support of a Mars Rover D.A. O’Handley Computer Graphics and Image Processing 2 (1973) 281–297
==> 2.1.7; Orthogonal Transform Coding System for NTSC Color Television Signals T. Ohira, M. Hayakawa, and K. Matsumoto IEEE Trans. Communications COM-26 (1978) 1454–1463
==> 1; Digital Image Processing for Motion Analysis M. Onoe Proc. 13th Int. Congress High Speed Photography and Photonics (Aug. 1978)
==> 2.6.1; Digital Image Analysis of Traffic Flow M. Onoe and K. Ohba IJCPR-76, 803–808
==> 2.6.1; Computer Analysis of Traffic Flow Observed by Subtractive Television M. Onoe, N. Hamano, K. Ohba Computer Graphics and Image Processing 2 (1973) 377–392
==> 2.2.1; private communication 1980
==> 2.8.8; An Image Analysis System for Human Motion J. O’Rourke and N. Badler WCATVI-79, pp. 61–63
==> 2.2.5; Difference Measurements in Automatic Photointerpretation of Surveillance Maps A. Paolantonio Information Display 6 (March/April 1969) 41–44
==> 2.2.1; 2.2.3; Cloud Pattern Classification from Visible and Infrared Data JoAnn Parikh TR-442 (February 1976) Computer Science Center University of Maryland, College Park/MD
==> 2.2.1; 2.2.3; 2.2.3; An Approach to Selection of Wind Tracers from Tropical Maritime Geosynchronous Satellite Cloud Imagery JoAnn Parikh TR-450 (March 1976) Computer Science Department, University of Maryland, College Park/MD
==> 2.2.1; 2.2.3; A Comparative Study of Cloud Classification Techniques JoAnn Parikh Remote Sensing of Environment 6 (1977) 67–81
==> 2.2.3; Automatic Segmentation and Classification of Infrared Meteorological Satellite Data J.A. Parikh and A. Rosenfeld IEEE Trans. Systems, Man, and Cybernetics SMC-8 (1978) 736–743
==> 2.2.6; Remote Sensing of Time Dependent Phenomena A.B. Park Proc. 6th Int. Symp. Remote Sens. Environ. (Ann Arbor/Michigan, 1969) 1227–1236
==> 2.1.3; 2.2.4; Structural Pattern Recognition T. Pavlidis Springer Verlag Berlin-Heidelberg-New York 1977
==> 2.8.3; Three-Dimensional Reconstruction from Serial High Voltage Electron Micrographs L.D. Peachey, C.H. Damsky, and A. Veen Proc. 4th Int. Congress for Stereology, pp. 207–210 Gaithersburg/MD, Sept. 4–9, 1975, NBS, Washington/DC 1976
==> 2.1.2; 3.3; Video-Rate Image Correlation Processor J.J. Pearson, D.C. Hines, Jr., S. Golosman, and CD. Kuglin Proc. SPIE 119 (IOCC 1977) pp. 197–205
==> 2.1.4; 3.1; Exchange of Spatial and Temporal Resolution in Television Coding R.F.W. Pease and J.O. Limb Bell System Techn. J. 50 (1971) 191–200
==> 2.8.1; Enhanced Display of Three-Dimensional Data from Computerized X-Ray Tomograms T.M. Peters Computers in Biology and Medicine 5 (1975) 49–52
==> 2.2.2; Artificial Stereo: A Generalized Computer Algorithm for Combining Multi-Channel Image Data W.G. Pichei, R.L. Brower, D.R. Brandman, and R.J. Moy Proc. 4th Int. Congress for Stereology, pp. 219–220 2.3.6; Gaithersburg/MD, Sept. 4–9, 1975, NBS, Washington/DC, 1976
==> 2.3.6; A Method for Analyzing Dynamic Processes Represented by Chains of Maps G.G. Pieroni IJCPR-76, pp. 325–333
==> 2.3.6; A Method for Analyzing Dynamic Processes Represented by Sequences of Maps G.G. Pieroni Computer Graphics and Image Processing 10 (1979) 375–387
==> 2.3; Experiments in Dynamic Segmentation G.G. Pieroni and M.F. Costabile IEEE Conference on Pattern Recognition and Image Processing, Chicago/IL, August 6–8, 1979, pp. 300–307
==> 2.3.6; On the Analysis of Dynamic Map Data G.G. Pieroni and H. Freeman IJCPR-78, pp. 731–734
==> 2.3.6; Cardiac Potential Map Analysis and Description G.G. Pieroni and R. Narasimhan IJCPR-74, pp. 276–280
==> 2.3; Clinical Applications of New Echocardiographic Techniques R.L. Popp Proc. SPIE 167 (1978) 143–150
==> 2.4; Interactive Graphics Input Tools for Motion Analysis M.J. Potei and St.A. MacKay WCATVI-79, pp. 125–127
==> 2.4; 4; Interacting with the GALATEA Film Analysis System M.J. Potei and R.E. Sayre Proc. SIGGRAPH ‘76 ACM SIGGRAPH Computer Graphics 10 (July 1976) 52–59
==> 2.4; Motion Analysis with Vector Graphics M.J. Potei and R.E. Sayre Proc. IEEE Workshop on Picture Data Description and Management, Chicago/Ill., April 21–22, 1977 pp. 184–186
==> 2.4; 2.4; 4; Graphics Input Tools for Interactive Motion Analysis M.J. Potei, R.E. Sayre, and S.A. MacKay preprint 1979 (to be published)
==> 3.1; 3.3; Velocity as a Cue to Segmentation J. Potter IEEE Trans. Systems, Man and Cybernetics, SCM-5 (1975) 390–394
==> 3.1; 3.3; Scene Segmentation by Velocity Measurements Obtained with a Cross-Shaped Template J. Potter IJCAI-75, 803–810 Tbilisi, Georgia/USSR, September 3–8, 1975
==> 3.1; 3.3; Scene Segmentation Using Motion Information J.L. Potter Computer Graphics and Image Processing 6 (1977) 558–581
==> 2.1; 2.1.3; Digital Image Processing W.K. Pratt Wiley, New York 1978
==> 2.1; 2.1.2; Image Transmission Techniques W.K. Pratt (ed.) Academic Press New York/NY 1979
==> 2.3; Biomedical Image Processing K. Preston, Jr. in: Advances in Digital Image Processing, P. Stucki (ed.) Plenum Press Publ. Co., New York/NY 1979, pp.125–146
==> 2.2.5; 2.2.5; Change Detection and Analysis in Multi-Spectral Images K.E. Price Ph.D. Thesis, December 18, 1976 Department of Computer Science, Carnegie-Mellon University, Pittsburgh/PA
==> 2.2.5; Symbolic Matching and Analysis with Substantial Changes in Orientation K.E. Price Proc. Image Understanding Workshop, pp. 93–99 Cambridge/MA, May 3–4, 1978, L.S. Baumann (ed.) Science Applications, Inc., Arlington/VA
==> 2.2.5; Change Detection in Multi-Sensor Images K. Price and D.R. Reddy Tenth International Symposium on Remote Sensing of Environment Ann Arbor, Michigan, October 1975
==> 2.2.5; Symbolic Image Registration and Change Detection K. Price and D.R. Reddy Proc. Image Understanding Workshop, pp. 28–31 Minneapolis/MN, April 20, 1977 Science Applications, Inc., Arlington/VA
==> 2.2.5; Change Detection and Analysis in Multispectral Images K.E. Price and R. Reddy IJCAI-77, pp. 619–625
==> 2.2.5; Matching Segments of Images K. Price and R. Reddy IEEE Trans. Pattern Analysis and Machine Intelligence PAMI-1 (1979) 110–116
==> 2.2.5; Automatic Digital Change Detection on SAT Imagery T.P. Putra and J.W. Toole WCATVI-79, p. 7
==> 2.6.1; Road Tracking and Anomaly Detection in Aerial Imagery L.H. Quam Proc. Image Understanding Workshop, pp. 51–55 L.S. Baumann (ed.), Cambridge/MA, May 3–4, 1978 Science Applications, Inc., Arlington/VA
==> 2.3.5; Quantitative Evaluation of Left Ventricular Function by Radiographic Techniques C.E. Rackley Circulation 54 (1976) 862–879
==> 2.6.2; Auswertung von digitisierten Fernsehbildern zur Beschreibung bewegter Objekte B. Radig Dissertation, Fachbereich Informatik (Maerz 1978), Universitaet Hamburg
==> 2.6.2; Parameterized Region Extracting for the Description of Moving, Objects B. Radig AISB/GI Conference on Artificial Intelligence July 18–20, 1978, Hamburg, pp. 263–272
==> 2.6.2; Description of Moving Objects Based on Parameterized Region Extracting B. Radig IJCPR-78 Nov. 7–10, 1978 Kyoto/Japan, pp. 723–725
==> 2.5; An Experimental Study of Planar Models for Human Gait Utilizing On-line Computer Analysis of Television and Force Plate Data S. Rahmani Ph.D. Thesis (June 1979) Department of Electrical Engineering The Ohio State University, Columbus/OH
==> 2.6.1; Automatic Extraction of Highway Traffic Data from Aerial Photographs J.G. Raudseps DOT-TSC-FHWA-75–1 US Dept. of Transportation, Transportation Systems Center, Kendall Square, Cambridge/MA 1975
==> 2.3.2; The Television Ophthalmoscope Image Processor J.S. Read, R.T. Borovec, R.C. Amendola, A.C. Petersen, M.H. Goldbaum, M. Kottow, B.H. McCormick, and M.F. Goldberg Proc. IEEE Workshop on Picture Data Description and Management, Chicao/Ill., April 21–22, 1977, pp. 64–67
==> 2.1.2; 2.1.5; Intraframe and Interframe Adaptive Transform Coding C. Reader Proc. SPIE 66 (1975) 108–117
==> 2.8.2; 2.8.2; Representation of Three-Dimensional Objects D.R. Reddy and S. Rubin Computer Science Department, April 1978 Carnegie-Mellon University, Pittsburgh/PA
==> 2.8; 2.8.2; 2.8.2; 2.8.3; Computer Analysis of Neuronal Structure D.R. Reddy, W.J. Davis, R.B. Ohiander, and D.J. Bihary in: Intracellular Staining in Neurobiology (S.B. Kater and C. Nicholson, eds.) Springer Verlag, New York-Heidelberg-Berlin 1973, pp. 227–253
==> 2.3.3; 2.4; Interactive Computer-Aided Analysis of Cardiac Motion Sequences W. Reeves, R. Baecker, H.D. Covvey, D. Miller, and D. Galloway WCATVI-79, pp. 64–65
==> 2.8.3; A Computer-Assisted Three-Dimensional Treatment Planning System L.E. Reinstein, D. McShan, B.M. Webber, and A.S. Glicksman Radiology 127 (1978) 259–264
==> 2.1.6; Adaptive Haar Transform Video Bandwidth Reduction System for the RPVs J.J. Reis, R.T. Lynch, and J. Butman 20th Annual Meeting SPIE San Diego/CA, August 23–27, 1976 Proc. SPIE 87 (1976) 24–35
==> 2.8.5; Three Dimensional Structure Isolation Using Parallel Image Planes M.L. Rhodes, W.V. Glenn, and A. Klinger IJCPR-78, pp. 584–591
==> 2.1.8; The Digital Encoding of Radiographic Motion Pictures: a Structural Approach G.J. Ridsdale and J.H. Kulick WCATVI-79, pp. 84–86
==> 2.3; 2.8.4; 2.8.8; Needs, Requirements and Design of a High Temporal Resolution Synchronous Cylindrical Whole-Body Transaxial Scanner for Simultaneous Study of the Structure and Function of the Heart and Circulation E.L. Ritman, R.E. Sturm, R.A. Robb, and E.H. Wood in: Roentgen-Video-Techniques, pp. 271–284 P.H. Heintzen and J.H. Buersch (eds.), Georg Thieme Publishers, Stuttgart/Germany 1978
==> 2.6.2; Computer Tracking of Objects Moving in Space J. Roach and J.K. Aggarwal IEEE Trans. Pattern Analysis and Machine Intelligence PAMI-1 (1979) 127–135
==> 2.J.4; 2.1.6; 3.3; Interframe Television Coding Using Movement Compensation J.D. Robbins and A.N. Netravali International Conference on Communications June 1979, IEEE publication CH 1435–7/79 pp. 23.4.1 – 23.4.5
==> 2.4; Control of Developing Fields A. Robertson and M.H. Cohen Ann. Rev. Biophys. Bioeng. 1 (1972) 409–464
==> 2.8; 2.8.1; Display of Three-Dimensional Ultrasonic Data for Medical Diagnosis D.E. Robinson J. Acoust. Soc. Am. 52 (1972) 673–687
==> 2.1.3; Detection and Coding of Edges Using Directional Masks G.S. Robinson Proc. SPIE 87 (1976) 117–125
==> 2.1.3; Edge Detection by Compass Gradient Masks G.S. Robinson Computer Graphics and Image Processing 6 (1977) 492–501
==> 2.1.3; A Real-Time Edge Processing Unit G.S. Robinson and J.J. Reis Proc. IEEE Workshop on Picture Data Description and Management, Chicago/IL, April 21–22, 1977, pp. 155–164
==> 2.1.5; 2.1.6; 3.3; Television Bandwidth Compression Utilizing Frame-to-Frame Correlation and Movement Compensation F. Rocca Symposium on Picture Bandwidth Compression MIT, Cambridge/MA, April 1969 (T.S. Huang and O.J. Tretiak, eds.) Gordon and Breach, New York 1972, pp. 675–693
==> 2.1.6; Television Bandwidth Compression via Movement Compensation on a Model of the Random Video Process F. Rocca and S. Zanoletti IEEE Trans. Communications COM-20 (1972) 960–965
==> 2.1.2; Theoretical Performance Models for Interframe Transform and Hybrid Transform/DPCM Coders J.A. Roese and W.K. Pratt Proc. SPIE 87 (August 1976) 172–179
==> 2.1.2; Combined Spatial and Temporal Coding of Digital Image Sequences J.A. Roese and G.S. Robinson Proc. SPIE 66 (1975) 172–180
==> 2.1.2; Interframe Transform Coding and Predictive Coding Methods J.A. Roese, W.K. Pratt, G.S. Robinson, and A. Habibi Proc. 1975 Intern. Conf. on Communications ICC-75, vol. II, paper 23, pp. 17–21 (June 16–18, 1975)
==> 2.1.2; 2.1.2; Interframe Cosine Transform Image Coding J.A. Roese, W.V. Pratt, and G.S. Robinson IEEE Trans. Communications COM-25 (1977) 1329–1339
==> 2.3.4; The Use of Image Sequences to Discriminate between Overlapping Radioactive Objects which Differ in Their Dynamic Behavior W.H. Rose, E.E. Gose, W.E. Barnes, E. Kaplan, and J.S. Arnold WCATVI-79, p. 96
==> 2.7; Use of Sensors in Programmable Automation C.A. Rosen and D. Nitzan Computer 10 (December 77) 12–23
==> 2.2.5; Automatic Detection of Changes in Reconnaissance Data A. Rosenfeld Proc. 5th Conv. Mil. Electron. 1961, pp. 492–499
= = > 2.2.1; Relaxation Methods in Image Processing and Analysis A. Rosenfeld IJCPR-78, pp. 181–185
Rosenfeld and Kak 76 ==> 1; 2.1; 2.8.1; Digital Picture Processing A. Rosenfeld and A.C. Kak Academic Press, New York, 1976
==> 2.6.2; The ARGOS Image Understanding System St. Rubin Report (Nov. 1978) Department of Computer Science Carnegie-Mellon University, Pittsburgh/PA
==> 2.6.2; The Locus Model of Search and it’s Use in Image Interpretation S.M. Rubin and R. Reddy IJCAI-77, pp. 590–595
==> 2.8.2; 2.8.2; A Computer-Aided Technique for Overlaying Cerebral Angiograms onto Computed Tomograms J.M. Rubin and R.E. Sayre Investigative Radiology 13 (1978) 362–367
==> 2.1.3; On the Design of Quantizers for DPCM Coders: Influence of the Subjective Testing Methodology C.B. Rubinstein and J.O. Limb IEEE Trans. Communications COM-26 (1978) 565–572
==> 2.6.1 Untersuchungen zur Ermittlung von Moeglichkeiten und Grenzen der Einbeziehung des elektronischen Fernsehens in die Analyse des Strassenverkehrsablaufs P. Rueenaufer Dissertation, Fakultaet fuer Elektrotechnik, Rhein.-Westf. Techn. Hochschule Aachen (Dec. 1976)
==> 2.1.3; Image Coding Applications of Vision Models D.J. Sakrison in: Image Transmission Techniques W.K. Pratt (ed.) Academic Press, New York 1979, pp. 21–71
==> 2.1.7; A 32 Mbit/s Component Separation DPCM Coding System for NTSC Color TV K. Sawada and H. Kotera IEEE Trans. Communications COM-26 (1978) 458–465
==> 2.1.7; 32 Mbit/s Transmission of NTSC Color TV Signals by Composite DPCM Coding K. Sawada and H. Kotera IEEE Trans. Communications COM-26 (1978) 1432–1439
==> 2.4; 2.5; Three-Dimensional Motion Analysis, with one Foot on the Ground R.E. Sayre WCATVI-79, pp. 136–137
==> 2.8.2; 2.8.2; Quantitative Three-Dimensional Angiograms: Applications, Including Augmentation of Computed Tomograms R.E. Sayre, J.M. Rubin, E.E. Duda, and N.J. Patronas Proc. Sixth Conference on Computer Applications in Radiology and Computer-Aided Analysis of Radiological Images, Newport Beach/CA, June 19–21, 1979
==> 1; Visual Motion Perception by Intelligent Systems W. Scacchi IEEE Conference on Pattern Recognition and Image Processing, Chicago/IL, August 6–8, 1979, pp. 646–652
==> 2.6.2; 3.2; 3.2; Algorithms for a Real-Time Automatic Video Tracking System R.J. Schalkoff Ph.D. Thesis (May 1979) Dept. Electrical Engineering, Univ. of Virginia Charlottesville/VA
==> 2.6.2; 3.2; 3.3; 3.3; Algorithm Development for Real-Time Automatic Video Tracking Systems R.J. Schalkoff and E.S. McVey Proc. 3rd International Computer Software and Applications Conference, Chicago/IL, November 1979, pp. 504–511
==> 2.1.7; Frame to Frame Coding to N.T.S.C. Color TV R. Schaphorst Symposium on Picture Bandwidth Compression MIT, Cambridge/MA, April 1969 (T.S. Huang and O.J. Tretiak, eds.) Gordon and Breach, New York 1972
==> 2.3.5; Evaluation of Dynamic Studies by Means of Factor Analysis P. Schmidlin, J. Clorius, R. Kubesch, and K. Dreikorn Proc. International Symposium on Medical Radionuclide Imaging Los Angeles/CA, October 25–29, 1976 IAEA 1977
==> 2.1.3; Synthetic Highs: An Experimental TV Bandwidth Reduction System W.F. Schreiber, C.F. Knapp, and N.D. Kay J. Soc. Motion Pict. and Telev. Eng. 68 (1959) 525–537
==> 2.1.3; Contour Coding of Images W.F. Schreiber, T.S. Huang, and J.O. Tretiak WESCON Tech. Papers, session 8 (August 1968)
==> 2.3; 2.3.3; 2.8.4; 2.8.8; Towards an Anatomical Model of Heart Motion as Seen in Cardiac Ultrasound Data R.B. Schudy WCATVI-79, p. 87–89
==> 2.3.7; Verarbeitung von Bildsequenzen bei der ortsaufloesenden Pupillographie N. Schultes, D. Doepfer, H. Baldauf, M. Mertz in: Angewandte Szenenanalyse, J.P. Foith (ed.) Informatik Fachberichte 20, pp. 289–292 Springer Verlag, Berlin-Heidelberg-New York 1979
==> 2.3.2; Computer Analysis of Cardiovascular Imagery R.H. Selzer, D.H. Blankenhorn, D.W. Crawford, S.H. Brooks, and R. Barndt, jr. in: Green et al. 76, pp. 6–1 through 6–20
==> 2.1.1; Real-time Recording of Television Frame Difference Areas A.J. Seyler Proc. IEEE (Corresp) 51 (1963) 478–480
==> 2.1.1; Statistics of Television Frame Differences A.J. Seyler Proc. IEEE 53 (1965) 2127–2128
==> 2.1.1; Probability Distributions of Television Frame Differences A.J. Seyler Proc. Inst. Radio Electron. Eng. (Australia) (Nov. 1965) pp. 355–366
==> 2.1.1; Measurements of Temporal Adaptation to Spatial Detail Vision A.J. Seyler and Z.L. Budrikis Nature 184 (1959) 1215–1217
==> 2.1.1; Detail Perception after Scene Changes in Television Image Presentations A.J. Seyler and Z.L. Budrikis IEEE Trans. Inform. Theory IT-11 (1965) 31–43
==> 2.8.3; Computational Morphology: Three-Dimensional Computer Graphics for Electron Microscopy M.J. Shantz and G.D. McCann IEEE Trans. Biomedical Eng. BME-25 (1978) 99–103
==> 2.2.1; 2.2.2; A Comparison Between Observed Winds and Cloud Motions Derived from Satellite Infrared Measurements W.E. Shenk and E.R. Kreins J. of Applied Meteorology 9 (1970) 702–710
==> 2.2.5; A Concept of Change Detection J.R. Shepard Photogrammetric Engineering 30 (1964) 648–651
==> 2.8; Connections between the Representation of Shapes and of their Spatial Transformations R.N. Shepard Proc. Workshop on the Representation of Three-Dimensional Objects, R. Bajcsy (ed.), University of Pennsylvania, Philadelphia/PA, May 1–2, 1979, pp. N-1 through N-20
==> 2.7; Guiding a Robot by Visual Feedback in j Assembling Tasks Y. Shirai and H. Inoue Pattern Recognition 5 (1973) 99–108
==> 2.2.3; On the Remote Sensing of Mesoscale Tropical Convection Intensity from a Geostationary Satellite D.N. Sikdar and V.E. Suomi J. Applied Meteorology 11 (1972) 37–43
==> 2.2.6; Reflectance and Internal Structure of Leaves from Several Crops during a Growing Season T.R. Sinclair, R.M. Hoffer, and M.M. Schreiber Agronomy Journal 63 (1971) 864–868
==> 2.3.3; 2.3.5; Digital Boundary Detection, Volumetric and Wall Motion Analysis of Left Ventricular Cine Angiograms R.W. Smalling, M.H. Skolnick, D. Myers, R. Shabetai, J.C. Cole, and D. Johnston Comput. Biol. Med. 6 (1976) 78–85
==> 2.2.1; 2.2.3; A Comparison of Low-Cloud Satellite Wind Estimates with Analyses Based on Aircraft Observations in a Disturbed Tropical Regime C.L. Smith and A.F. Hasler Monthly Weather Review 104 (1976) 702–708
==> 2.2.4; 2.2.4; Automated Cloud Tracking Using Precisely Aligned Digital ATS Pictures E.A. Smith and D.R. Phillips IEEE Trans. Computers C-21 (1972) 715–729
==> 2.2.2; Comparison of Cloud Top Height Determinations from Three Independent Sources: Satellite IR Measurements, Satellite Viewed Cloud Shadows, Radar E.A. Smith and D. W. Reynolds Proc. Symposium on Meteorological Observations from Space: Their Contribution to the First GARP Global Experiment, Philadelphia/PA June 8–10, 1976, pp. 237–244
==> 2.8; 2.8.6; Understanding Objects from Slices: Extracting Generalized Cylinder Descriptions from Serial Slices B.I. Soroka TR-79–1 (March 1979) Department of Computer Science University of Kansas, Lawrence/KS 66045
==> 2.8.6; Generalized Cylinders and Serial Sections B.I. Soroka Proc.NSF Workshop on the Representation of Three-Dimensional Objects, R. Bajcsy (ed.) University of Pennsylvania, Philadelphia/PA, May 1–2, 1979
==> 2.8.6; Generalized Cylinders from Parallel Slices B.I. Soroka IEEE Conference on Pattern Recognition and Image Processing, Chicago/IL, August 6–8, 1979, pp. 421–426
==> 2.8.6; Generalized Cylinders from Serial Sections B.I. Soroka and R.K. Bajcsy IJCPR-76, pp. 734–735
==> 2.8.6; A Program for Describing Complex Three-Dimensional Objects Using Generalized Cylinders as Primitives B.I. Soroka and R.K. Bajcsy IEEE Conference on Pattern Recognition and Image Processing, Chicago/IL, May 31-June 2, 1978, pp. 331–339
==> 2.5; A Computerized Look at Cat Locomotion or One Way to Scan a Cat G. Speckert AI Memo 374 (July 1976) Artificial Intelligence Laboratory, MIT, Cambridge/MA
==> 2.2.3; Special Issue on Applications to the Sciences and Medicine N.S. Sridharan (ed.) Artificial Intelligence 11 (1978) 1–195
==> 2.2.6; Time Dimension for Crop Surveys from Space D. Steiner Photogrammetric Eng. 36 (1970) 187–194
==> 2.1.3; 2.1.6; 3.3; Transform Domain Motion Estimation J.A. Stuller and A.N. Netravali Bell System Technical Journal 58 (1979) 1673–1702 see, too: WCATVI-79, p. 82
==> 2.2.3; Wind Sets from SMS Images: An Assessment of Quality for GATE D. Suchman and D.W. Martin J. Applied Meteorology 15 (1976) 1265–1278
==> 2.8.3; Computer Generated Images for Medical Applications A. Sunguroff and D. Greenberg Proc. SIGGRAPH 78, R.L. Phillips (ed.) Atlanta/GA, Aug. 23–25, 1978 Computer Graphics 12 (1978) 196–202
==> 2.2.6; Bayesian Classification in a Time-Varying Environment P.H. Swain IEEE Trans. Systems, Man, and Cybernetics SMC-8 (1978) 879–883
==> 2.2.5; A System for Demonstrating the Effects of Changing Background on Automatic Target Recognition W. Swoboda and J.W. Gerdes in: Pictorial Pattern Recognition G.C. Cheng et al. (eds.), pp. 33–43 Thompson Book Co., Washington/DC 1968
==> 2.4; The Analysis of Moving Granules in a Pancreatic Cell by Digital Moving Image Processing M. Takagi and K. Sakaue IJCPR-78 Nov. 7–10,1978 Kyoto/Japan, pp. 735–739
==> 2.8.1; Specialized Processing System for Three-Dimensional Display Based on Serial Tomograms S. Tamura, K. Tanaka, K. Yoshida, J. Hiramoto, K. Hirano, and M. Matsumoto IJCPR-78, pp. 851–853
==> 2.2.4; On Assembling Subpictures into a Mosaic Picture M. Tanaka, S. Tamura, and K. Tanaka IEEE Trans. Systems, Man, and Cybernetics SMC-7 (1977) 42–48
==> 2.2.4; Picture Assembly Using a Hierarchical Partial-Matching Technique M. Tanaka, S. Tamura, and K. Tanaka IEEE Trans. Systems, Man, and Cybernetics SMC-8 (1978) 812–819
==> 2.3.3; Guided Boundary Detection for Left Ventricular Volume Measurements M. Tasto IJCPR-73, pp. 119–124
==> 2.3.3; Motion Extraction for Left Ventricular Volume Measurement M. Tasto IEEE Trans. Biomedical Engineering BME-21 (1974) 207–213
==> 2.3.3; Comparison of Manual versus Computer Determination of Left Ventricular Boundaries from X-Ray Cineangiocardiograms M. Tasto, M. Felgendreher, W. Spiesberger, and P. Spiller in: Heintzen and Buersch 78, pp. 168–183
==> 2.1.5; Video Transmission Network with Intraframe DPCM and Optional Interframe Coding W. Thoma Proc. Int. Conf. Communications, Philadelphia/PA June 1972, pp. 39–1 through 39–6
==> 2.3.6; Body Surface Potential Maps: Processing the Sequence of Images C.W. Thomas, R. Plonsey, and J. Liebman WCATVI-79, p. 97
==> 2.2.2; Objective Editing of Automated, Low Level Cloud Motion Vectors from Geostationary Satellites A. Thomasell, Jr. Proc. Symposium Meteorological Observations from Space: Their Contribution to the First GARP Global Experiment, 1976, pp. 222–225
==> 2.7; The Navigation System of the JPL Robot A.M. Thompson IJCAI-77, pp. 749–757
==> 3.1; 3.2; Combining Motion and Contrast for Segmentation W.B. Thompson Technical Report 79–7 (March 1979) Computer Science Department, University of Minnesota Minneapolis/Minnesota 55455 see, too, WCATVI-79, pp. 27–28
==> 2.2.5; A Digital Image Processor for Automatic Target Cueing, Navigation, and Change Detection G.E. Tisdale Proc. SPIE 101 (1977) 112–119
==> 2.2.3; Tutorial Review of Synthetic-Aperture Radar (SAR) with Applications to Imaging of the Ocean Surface K. Tomiyasu Proc. IEEE 66 (1978) 563–583
==> 2.8.7; Computer Analysis of Network Pictures J.T. Tou and W.M. Ferng IJCPR-78, pp. 630–634
==> 2.2.1; Pattern Recognition Principles J.T. Tou and R.C. Gonzalez Addison-Wesley Publ. Co., Reading/MA, 1974
==> 2.8.7; An Approach to Computer Processing of Lung Tissue Micrographs J.T. Tou and H.H. Liu Proc. IEEE Conference on Pattern Recognition and Image Processing, Chicago/IL, August 6–8, 1979, pp. 453–459
==> 2.8.7; Computer Analysis of Stereological Parameters from Lung Tissue J.T. Tou, C.S. Cheng, M. Fisher, and M. Ferng Proc. IEEE Conference on Pattern Recognition and Image Processing, Chicago/IL, May 31 — June 2, 1978, pp. 379–384
==> 2.2.5; 2.2.5; A Change Detection and Classification System for Side-Look Radar Images T.P. Truitt, D.T. Bisell, and G.E. Tisdale Proc.Nat. Aerospace and Electronics Conference, Dayton/Ohio (May 1976), pp. 533–538 see also: IEEE Trans. Aerospace and Electronics Systems AES-12 (1976) 423
==> 2.6.1; Some Notes on Motion Understanding J.K. Tsotsos IJCAI-77, p. 611
==> 2.4; 2.6.1; 4; A Framework for Visual Motion Understanding J.K. Tsotsos Technical Report CSRG-114 (June 1980), University of Toronto Department of Computer Science, Toronto/Canada
==> 2.3.3; An Interactive Knowledge-Based Systems Approach to Cardiac Image Description and Analysis J.K. Tsotsos, R. Baecker, H.D. Covvey, W. Reeves, J. Mylopoulos, and E.D. Wigle Proc. IEEE Computers in Cardiology October 1977, Rotterdam, pp. 377–384
==> 2.3.3; Gross and Segmental Motion Analysis in Dynamic Cardiac Imagery J.K. Tsotsos, H.D. Covvey, J. Mylopoulos, and E.D. Wigle Proc. 2nd Annual Symposium on Computer Application in Medical Care, pp. 45–48 F.H. Orthner (ed.) November 5–7, 1978, Washington/D.C.
==> 2.3.3; 2.3.3; 2.3.5; 2.6.1; 2.8. A Framework for Visual Motion Understanding J.K. Tsotsos, J. Mylopoulos, H.D. Covvey, and S.W. Zucker WCATVI-79, pp. 56–58
==> 2.3.3; 2.3.5; 2.6.1; ALVEN: A Study on Motion Understanding by Computer J.K. Tsotsos, J. Mylopoulos, H.D. Covvey, and S.W. Zucker IJCAI-79, pp. 890–892
==> 2.7; An Automobile with Artificial Intelligence S. Tsugawa, T. Yatabe, T. Hirose, and S. Matsumoto IJCAI-79, pp. 893–895
==> 1; The Interpretation of Visual Motion S. Ullman The MIT Press, Cambridge/MA, 1979
==> 2.2.5; An Algorithm for Estimating Small Scale Differences between Two Digital Images M.S. Ulstad Pattern Recognition 5 (1973) 323–333
==> 2.8.7; Quantitative Stereology E.E. Underwood Addison-Wesley Publ. Co., Reading/MA 1970
==> 2.8.7; Three-Dimensional Shape Parameters from Planar Sections E.E. Underwood Proc. 4th Int. Congress for Stereology, pp. 91–92 Gaithersburg/MD, Sept. 4–9, 1975, NBS, Washington/DC 1976
==> 2.7; A Method of Real-Time Recognition of Moving Objects and its Application T. Uno, M. Ejiri, and T. Tokunaga Pattern Recognition 8 (1976) 201–208
==> 2.5; A Real-Time Video System for Tracking One-Dimensional Movements of Two Objects T.G. Uter IEEE Trans. Biomedical Eng. BME-24 (1977) 75–78
==> 2.8.3; TROTS: a Computer Graphics System for Three-Dimensional Reconstruction from Serial Sections A. Veen and L.D. Peachey Computers and Graphics 2 (1977) 135–150
==> 2.2.3; A Sample Computation of Kinematic Properties from Cloud Motion Vectors W. Viezee, S.M. Serebreny, R.L. Mancuso, and W.E. Shenk J. Applied Meteorology 11 (1972) 731–741
==> 2.3; High Resolution Dynamic Ultrasonic Imaging J.T. Walker, A.L. Susal, and J.D. Meindl Proc. SPIE 152 (1978) 54–58
==> 2.8.1; Texture Directed Image Compositing for FOCUS R.J. Wall and M.H. Karspeck in: Green et al. 76, pp. 7–1 through 7–4
==> 2.6.2; Real-Time Analysis of Three-Dimensional Movement Using Fourier Descriptors T.P. Wallace and O.R. Mitchell WCATVI-79, pp. 32–33
==> 2.6.2; Three-Dimensional Shape Analysis Using Local Shape Descriptors T.P. Wallace, O.R. Mitchell, and K. Fukunaga IEEE Conference on Pattern Recognition and Image Processing, Chicago/IL, August 6–8, 1979, pp. 292–299
==> 2.2.3; Classifikation and Machine Recognition of Severe Weather Patterns P.P. Wang and R.C. Burns IJCPR-76, pp. 198–204
==> 2.2.3; Pattern-Directed Inference Systems D.A. Waterman and F. Hayes-Roth Academic Press, New York/NY 1978
==> 2.2.3; Time Compositing of Meteorological Satellite Data for Ocean Current Identification M.P. Waters, III Proc. 8th Annual Automatic Imagery Pattern Recognition Symposium, R.A. Kirsch and R.N. Nagel (eds.) Gaithersburg/MD, April 3–4, 1978, Electronics Industries Association, Washington/DC 1978, pp. 59–65
==> 2.2.3; Geologic Applications of Thermal Infrared Images K. Watson Proc. IEEE 63 (1975) 128–137
==> 2.8.7; 2.8.7; 2.8.8; Progress, Success and Problems in Applying Stereology in Biological Research E.R. Weibel Proc. 4th Int. Congress for Stereology, pp. 341–350 Gaithersburg/MD, Sept. 4–9, 1975, NBS, Washington/DC 1976
==> 2.8.1; 2.8.2; Reconstruction 3-D Specimens from 2-D Section Images M. Weinstein and K.R. Castleman Proc. SPIE 26 (1972) 131–137
==> 2.8; Physical Principles of Ultrasonic Diagnosis P.N.J. Wells Academic Press, New York/NY 1969
==> 2.1.5; Interframe-Codierung fuer Videosignale H. Wendt Internat. Electron. Rundschau 27 (1973) 2–7
==> 2.8.3; Computer Graphics in Three Dimensions for Perspective Reconstruction of Brain Ultrastructure T.J. Willey, R.L. Schultz, and A.H. Gott IEEE Trans. Biomed. Eng. BME-20 (1973) 288–291
==> 2.7; The Robot’s Eyes: Vision System for the JPL Robotic Project D.S. Williams pp. 14–1 through 14–6 in Green et al. 76
==> 2.2.7; Adaptive Remote Sensing Technology for Feature Recognition and Tracking R.G. Wilson, W.E. Sivertson, Jr., and G.F. Bullock IEEE Conference on Pattern Recognition and Image Processing, Chicago/IL, August 6–8, 1979, pp. 623–629
==> 2.6.2; Ein kombinatorisches Auffaelligkeitsmass G. Winkler Mitteilungen des Instituts fuer Informationsverarbeitung in Technik und Biologie 1975, Karlsruhe/Germany, pp. 8–13
==> 2.6.2 Measures for Conspicuousness of Images G. Winkler and K. Vattrodt Computer Graphics and Image Processing 8 (1978) 355–368
==> 2.6.2; Masze fuer die Auffaelligkeit in Bildern G. Winkler and K. Vattrodt DAGM Symposium Bildverarbeitung und Mustererkennung, E. Triendl (ed.) Informatik Fachberichte vol. 17, pp. 237–242 Springer Verlag Berlin-Heidelberg-New York 1978
==> 2.6.2; TVAC — A Television Area Correlator Tracking System C.A. Winsor and F.J. Thomas 25th Annual Southwestern Conference and Exhibition Record, April 1973, pp. 501–504
==> 2.2.2; Experiments in Automatic Cloud Tracking Using SMS-GOES Data D.E. Wolf, D.J. Hall, and R.M. Endlich J. Applied Meteorology 16 (1977) 1219–1230
==> 2.2.2; An Automatic Method for Determining Cloud Motions from Pictures Taken by Geosynchronous Weather Satellites D.E. Wolf, D.J. Hall, and R.M. Endlich WCATVI-79, pp. 101–102
==> 2.6.1; Ein interaktives Verfahren zur teilautomatischen Auswertung von Luftbildern fuer Verkehrsanalysen K. Wolferts Proc. NTG/GI Fachtagung Cognitive Verfahren und Systeme, Th. Einsele, W. Giloi, H.-H. Nagel (eds.) Hamburg, April 11–13, 1973 Lecture Notes Economics and Mathem. Systems vol. 83 Springer Verlag Berlin-Heidelberg-New York 1973, pp.307–331
==> 2.6.1; Teilautomatisches Verfahren zur Bildauswertung verkehrstechnischer Beobachtungen K. Wolferts Dissertation, Fakultaet fuer Bauingenieur- und Vermessungswesen, Universitaet Karlsruhe (July 1973)
==> 2.6.1; Special Problems in Interactive Image Processing for Traffic Analysis K. Wolferts IJCPR-74, pp. 1–2 Copenhagen, August 13–15, 1974
==> 2.2.4; Sequential Hierarchical Scene Matching R.Y. Wong and E.L. Hall IEEE Trans. Computers C-27 (1978) 359–366
==> 2.2.4; Performance Comparison of Scene Matching Techniques R.Y. Wong and E.L. Hall IEEE Trans. Pattern Analysis and Machine Intelligence PAMI-1 (1979) 325–330
==> 2.3 Mew Horizons for Study of the Cardiopulmonary and Circulatory Systems E.H. Wood Chest 69 (1976) 394–408
==> 2.5; Automatic Motion Analysis System of Moving Objects from the Records of Natural Processes M. Yachida, M. Asada, and S. Tsuji IJCPR-78 Nov. 7–10, 1978 Kyoto/Japan, pp. 726–730
==> 2.3.3; 2.3.3; Efficient Analysis of Noisy Dynamic Pictures Using Plan M. Yaehida, M. Ikeda, and S. Tsuji WCATVI-79, PP. 90–92
==> 2.3.3; 2.3.3; Plan-Guided Analysis of Noisy Dynamic Images M. Yaehida, M. Ikeda, and S. Tsuji IJCAI-79, pp. 978–983
==> 2.8.5; On the Problem of Embedding Picture Elements in Regions Y. Yakimovsky and R. Cunningham Techn. Memo 33–774, Jet Propulsion Lab., Cal. Inst, of Technology, Pasadena/Cal. 1976
==> 2.7; A System for Extracting Three-Dimensional Measurements from a Stereo-Pair of TV-Cameras Y. Yakimovsky and R.T. Cunningham Computer Graphics and Image Processing 7 (1978) 195–210
==> 2.2.3; A Semantics-Based Decision Theory Region Analyser Y. Yakimovsky and J.A. Feldman IJCAI-73, pp. 580–588
==> 2.1.5; 2.1.7; 2.1.8; Transmitting 4-MHz TV Signals by Combinational Difference Coding H. Yasuda, H. Kuroda, H. Kawanishi, F. Kanaya, and H. Hashimoto IEEE Trans. Communications COM-25 (1977) 508–516
==> 2.2.3; 2.2.3; 2.2.3; Meteorological Applications of Remote Sensing from Satellites H.W. Yates and W.R. Bandeen Proc. IEEE 63 (1975) 148–163
==> 2.2.2; The GOES Wind Operation M.T. Young paper no. 13 (pp. 111–121) in Bristor 75
==> 2.1.3; 2.1.3; 2.3.3; DPCM Picture Coding with Adaptive Prediction W. Zschunke IEEE Trans. Communications COM-25 (1977) 1295–1302
==> 2.8.4; An Optimal Three-Dimensional Edge Operator S.W. Zucker and R.A. Hummel IEEE Conference on Pattern Recognition and Image Processing Chicago/IL, August 6–8, 1979, pp. 162–168
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Nagel, H.H. (1981). Image Sequence Analysis: What Can We Learn from Applications?. In: Huang, T.S. (eds) Image Sequence Analysis. Springer Series in Information Sciences, vol 5. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-642-87037-8_2
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