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  4. 1987
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  2. Journals
  3. Computers & Graphics
  4. 1987
Showing papers in "Computers & Graphics in 1987"
Journal Article•10.1016/0097-8493(87)90056-2•
Surface construction from planar contours

[...]

Michael Zyda1, Allan R. Jones1, Patrick G. Hogan1•
Naval Postgraduate School1
01 Jan 1987-Computers & Graphics
TL;DR: This paper presents an expanded algorithm that not only handles the mappings of multiple contours per plane and partial contour mappings, but also allows human interaction to resolve mapping problems.

60 citations

Journal Article•10.1016/0097-8493(87)90029-X•
A statistical method for adaptive stochastic sampling

[...]

Werner Purgathofer1•
Vienna University of Technology1
01 Jan 1987-Computers & Graphics
TL;DR: In this article, a method for adaptively controlling the number of required samples to the complexity of the picture is presented, where the quality of the obtained picture can be controlled by two wellunderstandable parameters, these parameters define an error interval size and the probability that a pixel lies within it.

55 citations

Journal Article•10.1016/0097-8493(87)90024-0•
Algorithms for development of certain classes of ruled surfaces

[...]

B. Gurunathan1, Sanjay G. Dhande1•
Indian Institute of Technology Kanpur1
01 Jan 1987-Computers & Graphics
TL;DR: Based on this condition and the invariance of the geodesic curvature during isometric mapping, algorithms for development of these two classes of ruled surfaces have been developed and have been found to be suitable for developing computer programs so as to get the development of conical, cylindrical and convolute surfaces.

24 citations

Journal Article•10.1016/0097-8493(87)90034-3•
Mathematics and beauty: Time-discrete phase planes associated with the cyclic system, {x(t) = -f(y(t)), y(t) = f(x(t))}.

[...]

Clifford A. Pickover1•
IBM1
01 Jan 1987-Computers & Graphics
TL;DR: Portraits of time-discrete phase planes associated with the cyclic system are presented, where f is a frequency modulation term of the general form, and the resulting trajectories reveal a visually striking and intricate class of patterns.

18 citations

Journal Article•10.1016/0097-8493(87)90051-3•
Graphic applications of the Standard Generalized Markup Language (SGML)

[...]

Donald D. Chamberlin1, Charles F. Goldfarb1•
IBM1
01 Jan 1987-Computers & Graphics
TL;DR: By using SGML markup for both graphics and text, a document processing application can achieve a more uniform treatment and tighter coupling between these two types of materials.

17 citations

Journal Article•10.1016/0097-8493(87)90030-6•
Eurographics '86 award paperAn implementation of the GKS-3D/PHIGS viewing pipeline☆

[...]

Karen Singleton
01 Jan 1987-Computers & Graphics
TL;DR: The GKS-3D/PHIGS viewing pipeline as mentioned in this paper provides a view pipeline to generate the parallel or perspective view required for a 3D object, based on the GKS 3D standard.

14 citations

Book Chapter•10.1007/978-3-642-72930-0_13•
A practical strategy for certifying GKS implementations

[...]

K. W. Brodlie1, Martin Maguire1, Günther Pfaff2•
University of Leicester1, Darmstadt University of Applied Sciences2
01 Dec 1987-Computers & Graphics
TL;DR: A basic strategy for testing GKS implementations is outlined and progress towards the development of a test suite is reported, which is crucial to the success of GKS as an international standard for computer graphics.

12 citations

Journal Article•10.1016/0097-8493(87)90050-1•
An introduction to ISO DIS 8613, “Office Document Architecture,” and its application to computer graphics

[...]

Ian R. Campbell-Grant1, Peter J. Robinson1•
International Computers Limited1
01 Jan 1987-Computers & Graphics
TL;DR: Introduction au projet de norme ISO DIS8613 concernant l'architecture des documents de bureau, comment les informations graphiques ont ete incluses dans cette norme.

12 citations

Journal Article•10.1016/0097-8493(87)90060-4•
WAALSURF: Molecular graphics on a personal computer

[...]

Dionysius P. Huijsmans1, A. J. E. van Delft1, C.A.C. Kuip1•
Leiden University1
01 Jan 1987-Computers & Graphics
TL;DR: An interactive molecular data display program, called WAALSURF, implemented on two different personal computers, IBM's PC-AT equipped with a Professional Graphics Adapter and Commodore's Amiga, allowing the inspection of data bases containing data of molecules with some thousand atoms each.

9 citations

Journal Article•10.1016/0097-8493(87)90058-6•
A linguistic approach to 3-D object recognition

[...]

Włodzimierz Kasprzak1•
Polish Academy of Sciences1
01 Jan 1987-Computers & Graphics
TL;DR: A linguistic model for two system elements, the knowledge base and recognition strategy, being an extension of pattern recognition approaches, is outlined, which consists of a powerful object specification language and a simultaneous syntactic-semantic analysis in this language.

9 citations

Journal Article•10.1016/0097-8493(87)90038-0•
A geometric hidden-line processing algorithm

[...]

John R. Rankin1•
Queen's University Belfast1
01 Jan 1987-Computers & Graphics
TL;DR: A new geometric hidden-line algorithm applicable to complex three-dimensional vector graphics scenes that has advantages of generality, coding simplicity, and is particularly appropriate to parallel processing.
Journal Article•10.1016/0097-8493(87)90039-2•
Computing polygon fill-lines

[...]

Gary D. Knott1•
University of Maryland, College Park1
01 Jan 1987-Computers & Graphics
TL;DR: One of the main contributions of this paper is an explicit, carefully programmed procedure, saving the reader the need for a laborious reconstruction based on a sketch of the method.
Journal Article•10.1016/0097-8493(87)90067-7•
Mathematics and beauty. V. Turbulent complex curls

[...]

Clifford A. Pickover1•
IBM1
01 Jan 1987-Computers & Graphics
TL;DR: Algorithms are described for the computer graphics rendering of a particular class of chaotic structures created from complex iteration for one small region of the complex plane and on nonstandard convergence tests.
Journal Article•10.1016/0097-8493(87)90053-7•
Existing systems for integrating text and graphics

[...]

Wolfgang Appelt
01 Jan 1987-Computers & Graphics
Book Chapter•10.1007/978-3-642-72930-0_5•
XGKS—A multitask implementation of GKS

[...]

Ivan Herman1, Tibor Tolnay-Knefély1, Arpad Vincze1•
Hungarian Academy of Sciences1
01 Dec 1987-Computers & Graphics
TL;DR: XGKS as discussed by the authors is the name of a GKS 7.2 implementation which is under development at the Computer and Automation Institute of the Hungarian Academy of Sciences (MAA).
Journal Article•10.1016/0097-8493(87)90062-8•
Colour graphics and three-dimensional scene synthesis in image display

[...]

Philip K. Robertson1, John F. O'Callaghan1•
Commonwealth Scientific and Industrial Research Organisation1
01 Jan 1987-Computers & Graphics
TL;DR: It is shown how sophisticated colour graphics techniques can be incorporated within an image display system to produce realistic three-dimensional scenes.
Journal Article•10.1016/0097-8493(87)90046-X•
Combining computer graphics with chinese traditional painting

[...]

Yun Jie Pang1, Shu Xun Yang1, Yiu Chi1•
Jilin University1
01 Jan 1987-Computers & Graphics
TL;DR: Abstract Systems for generating chinese stylistic painting are described, where basic sets of parameterized primetives for drawing writing-brush-like strokes are build and extensive sets of procedure for representing many of elements of pictures are built.
Journal Article•10.1016/0097-8493(87)90055-0•
An interactive procedure for shape preserving cubic spline interpolation

[...]

Laura Bacchelli Montefusco1•
University of Messina1
01 Jan 1987-Computers & Graphics
TL;DR: An interactive system is presented which allows flexible shape preserving cubic spline interpolation by means of an interactive adjustment procedure for which the total amount in arithmetic operation is only 0(n).
Journal Article•10.1016/0097-8493(87)90003-3•
Applying interactive colour graphics in traffic planning

[...]

Michael A. P. Taylor1•
Monash University, Clayton campus1
01 Jan 1987-Computers & Graphics
TL;DR: Interactive graphics provides transportation engineers with the means to merge their needs for computer-based methods and models with their desires to use and produce maps and diagrams as a principal means of communication.
Journal Article•10.1016/0097-8493(87)90059-8•
A note on multi-polygon area filling

[...]

John R. Rankin1•
Queen's University Belfast1
01 Jan 1987-Computers & Graphics
Journal Article•10.1016/0097-8493(87)90009-4•
Handling fonts in electronic publishing systems

[...]

Nenad Marovac1, Nenad Marovac2•
Xerox1, San Diego State University2
01 Jan 1987-Computers & Graphics
TL;DR: This paper treats problems and proposes a solution for handling of fonts for the XPS-700 Xerox Publishing System, which uses a variety of different typefaces.
Book Chapter•10.1007/978-3-642-72930-0_12•
An implementation of the GKS-3D/PHIGS viewing pipeline

[...]

Karen Singleton1•
University of Manchester1
01 Dec 1987-Computers & Graphics
TL;DR: GKS-3D and PHIGS as discussed by the authors provide functions for three-dimensional graphics programming, and the mapping of user-defined 3-D graphical output onto physical graphics devices is performed by an output pipeline.
Journal Article•10.1016/0097-8493(87)90031-8•
The Integrated Display Controller (IDC) for VLSI-Design Workstations

[...]

Jürgen P. Stärk1•
Darmstadt University of Applied Sciences1
01 Jan 1987-Computers & Graphics
TL;DR: The Integrated Display Controller (IDC) as mentioned in this paper is a display controller to accelerate the updating of the frame buffer in raster displays, which is designed for use in VLSI-design workstations where a great quantity of data has to be manipulated.
Journal Article•10.1016/0097-8493(87)90043-4•
Section editor's introduction

[...]

H.R. Weber1•
June1
01 Jan 1987-Computers & Graphics
Journal Article•10.1016/0097-8493(87)90026-4•
Bit-mapped graphics: A semantics and theory

[...]

Eugene Fiume1•
University of Toronto1
01 Jan 1987-Computers & Graphics
TL;DR: A semantics of bit-mapped graphics is presented, which carefully distinguishes among scenes, bit-maps, and images, and is used to prove some interesting results regarding the 2D rendering of scenes into images.
Journal Article•10.1016/0097-8493(87)90008-2•
On the construction and display of a polytopal mesh for the N-dimensional hypercube and (N + 1) simplex

[...]

Farzin Sobhanpanah1, Ian O. Angell2•
Royal Holloway, University of London1, University College London2
01 Jan 1987-Computers & Graphics
TL;DR: Investigation of the N -dimensional hypercube leads to the construction of a ternary code for representing the hypercube and the interconnection between levels of the polytopal mesh.
Journal Article•10.1016/0097-8493(87)90012-4•
Animating matrix algorithms

[...]

Reinhard Fössmeier1•
Technische Universität München1
01 Jan 1987-Computers & Graphics
TL;DR: A program for educational use is described which offers various ways to represent a matrix on a graphics screen; techniques of monitoring the run of existing programs without any changes in program code are discussed.
Journal Article•10.1016/0097-8493(87)90057-4•
Data compression of digital color pictures

[...]

Goran Einarsson1, Göran Roth1•
Lund University1
01 Jan 1987-Computers & Graphics
TL;DR: Reversible data compression of computer-generated digital color pictures is studied and a simple algorithm called “skip-on-equal” is shown to result in a compression ratio around six.
Journal Article•10.1016/0097-8493(87)90054-9•
Structures of an integrated document workstation

[...]

Wolfgang Gruber
01 Jan 1987-Computers & Graphics
TL;DR: The main part of the article is concerned with the conversion of the user interface for a document workstation's architecture.
Journal Article•10.1016/0097-8493(87)90042-2•
Potential flow calculation by surface vorticity method and computer graphics

[...]

K. Lam1•
Hong Kong Polytechnic University1
01 Jan 1987-Computers & Graphics
TL;DR: A detail description of the surface vorticity method and its applications in calculations of two-dimensional potential flow around complicated objects of arbitrary shape and attractive graphic output of velocity field, pressure field, and stream function plots are provided.

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