Scispace (Formerly Typeset)
  1. Home
  2. Journals
  3. Computer Graphics
  4. 1984
  1. Home
  2. Journals
  3. Computer Graphics
  4. 1984
Showing papers in "Computer Graphics in 1984"
Journal Article•10.1145/964965.808606•
Compositing digital images

[...]

PorterThomas, DuffTom
01 Jan 1984-Computer Graphics
TL;DR: Most computer graphics pictures have been computed all at once, so that the rendering program takes care of all computations relating to the overlap of objects.
Abstract: Most computer graphics pictures have been computed all at once, so that the rendering program takes care of all computations relating to the overlap of objects. There are several applications, howe...

645 citations

Journal Article•10.1145/964965.808585•
The A -buffer, an antialiased hidden surface method

[...]

CarpenterLoren
01 Jan 1984-Computer Graphics
TL;DR: The A-buffer (anti-aliased, area-averaged, accumulation buffer) is a general hidden surface mechanism suited to medium scale virtual memory computers.
Abstract: The A-buffer (anti-aliased, area-averaged, accumulation buffer) is a general hidden surface mechanism suited to medium scale virtual memory computers. It resolves visibility among an arbitrary coll...

206 citations

Journal Article•10.1145/964965.808589•
Ray tracing with cones

[...]

AmanatidesJohn
01 Jan 1984-Computer Graphics
TL;DR: In this article, the definition of a ray is extended into a cone by including information on the spread angle and the virtual origin, and a new approach to ray tracing is introduced.
Abstract: A new approach to ray tracing is introduced. The definition of a ray is extended into a cone by including information on the spread angle and the virtual origin. The advantages of this approach, wh...

121 citations

Journal Article•10.1145/964965.808592•
An adaptive subdivision algorithm and parallel architecture for realistic image synthesis

[...]

DippéMark, SwensenJohn
01 Jan 1984-Computer Graphics
TL;DR: An algorithm for computing ray traced pictures is presented, which adaptively subdivides scenes into S subregions, each with roughly uniform load, which can yield speedups of O(S2/3) over the standard load.
Abstract: An algorithm for computing ray traced pictures is presented, which adaptively subdivides scenes into S subregions, each with roughly uniform load. It can yield speedups of O(S2/3) over the standard...

94 citations

Journal Article•10.1145/964965.808581•
Chap - a SIMD graphics processor

[...]

LevinthalAdam, PorterThomas
01 Jan 1984-Computer Graphics
TL;DR: A special purpose processing system designed for specific applications can provide extremely high performance at moderate cost and one such processor is presented for executing graphics and image processing tasks.
Abstract: Special purpose processing systems designed for specific applications can provide extremely high performance at moderate cost. One such processor is presented for executing graphics and image proce...

47 citations

Journal Article•10.1145/964965.808586•
An analytic visible surface algorithm for independent pixel processing

[...]

CatmullEdwin
01 Jan 1984-Computer Graphics
TL;DR: An algorithm is presented that solves the visible surface problem at each pixel independently, which allows motion blur and depth of field blurring to be integrated into the algorithm.
Abstract: An algorithm is presented that solves the visible surface problem at each pixel independently. This allows motion blur and depth of field blurring to be integrated into the algorithm. It also allow...

28 citations

Journal Article•10.1145/964965.808580•
A parallel processor system for three-dimensional color graphics

[...]

NiimiHaruo, ImaiYoshirou, MurakamiMasayoshi, TomitaShinji, HagiwaraHiroshi 
01 Jan 1984-Computer Graphics
TL;DR: The hardware architecture and the employed algorithm of a parallel processor system for three-dimensional color graphics to generate realistic color graphics is described.
Abstract: This paper describes the hardware architecture and the employed algorithm of a parallel processor system for three-dimensional color graphics. The design goal of the system is to generate realistic...

18 citations

Journal Article•10.1145/964965.808577•
Automatic synthesis of graphical object descriptions

[...]

FriedellMark
01 Jan 1984-Computer Graphics
TL;DR: In this article, a technique for automatically synthesizing graphical object descriptions from high-level specifications is presented, which includes mechanisms for describing, selecting, and combining primitives from high level specifications.
Abstract: A technique is presented for automatically synthesizing graphical object descriptions from high-level specifications. The technique includes mechanisms for describing, selecting, and combining prim...

15 citations

Journal Article•10.1145/964965.808609•
GKS for imaging

[...]

StollCliff
01 Jan 1984-Computer Graphics
TL;DR: By adopting the Graphical Kernel System (GKS), groups who manipulate pixelated images can take advantage of device independent graphics without giving up the functions which have traditionally been...
Abstract: By adopting the Graphical Kernel System (GKS), groups who manipulate pixelated images can take advantage of device independent graphics without giving up the functions which have traditionally been...

2 citations

Journal Article•10.1145/964965.808579•
A retrospective (Panel)

[...]

M DunnRobert
01 Jan 1984-Computer Graphics
TL;DR: In this article, the dramatic gains in silicon technology along with more highly developed understanding of the computer graphics have led to the development of the graphics industry for more than 15 years and some workers trace its origins almost )0 years.
Abstract: Graphics has been an industry for more than 15 years. Some workers trace its origins almost )0 years. The dramatic gains in silicon technology along with more highly developed understanding of the ...

1 citations

Journal Article•10.1145/964965.808574•
Computer-integrated manufacturing in Japan (Panel)

[...]

L KuniiTosiyasu
01 Jan 1984-Computer Graphics
TL;DR: Recent progress in Japanese computer-integrated manufacturing (CIM) includes the integration of computer graphics, database management systems, local area networks, robotics and software engineerin...
Abstract: Recent progress in Japanese computer-integrated manufacturing (CIM) includes the integration of computer graphics, database management systems, local area networks, robotics and software engineerin...
Journal Article•10.1145/964965.808605•
Texture synthesis for digital painting

[...]

LewisJohn-Peter
01 Jan 1984-Computer Graphics
TL;DR: The problem of digital painting is considered from a signal processing viewpoint, and is reconsidered as a problem of directed texture synthesis.
Abstract: The problem of digital painting is considered from a signal processing viewpoint, and is reconsidered as a problem of directed texture synthesis. It is an important characteristic of natural textur...
Journal Article•10.1145/964965.808576•
Efficient octree conversion by connectivity labeling

[...]

TamminenMarkku, SametHanan
01 Jan 1984-Computer Graphics
TL;DR: An algorithm for converting from the boundary representation of a solid to the corresponding octree model using an efficient new connected components labeling technique is presented.
Abstract: We present an algorithm for converting from the boundary representation of a solid to the corresponding octree model. The algorithm utilizes an efficient new connected components labeling technique...

Tools

SciSpace AgentBiomedical AgentSciSpace RecruitSciSpace for EnterpriseAgent GalleryChat with PDFLiterature ReviewAI WriterFind TopicsParaphraserCitation GeneratorExtract DataAI DetectorCitation Booster

Learn

ResourcesLive Workshops

SciSpace

CareersSupportBrowse PapersPricingSciSpace Affiliate ProgramCancellation & Refund PolicyTermsPrivacyData Sources

Directories

PapersTopicsJournalsAuthorsConferencesInstitutionsCitation StylesWriting templates

Extension & Apps

SciSpace Chrome ExtensionSciSpace Mobile App

Contact

support@scispace.com
SciSpace

© 2026 | PubGenius Inc. | Suite # 217 691 S Milpitas Blvd Milpitas CA 95035, USA

soc2
Secured by Delve