Keywords - A

Level Category

Words and Phrases

SD D.3.3

Abstract data types [Language Constructs]

** F.1

Abstract Devices, Computation by

SD H.3.1

Abstracting methods [Information Storage and Retrieval]

SD K.4.2

Abuse and crime involving computers

SD D.4.6

Access controls [Security and Protection; Operating Systems]

SD B.6.1

Access, Memory control and [Logic Design; Hardware]

SD H.2.2

Access methods [Database Management]

SD D.4.3

Access methods [File Systems Management; Operating Systems]

SD° F.1.1

Access, Random Access Machines [Computation by Abstract Devices]

SD C.2.5

Access schemes [Local Networks]

SD B.3.2

Access, Sequential-access memory

SD K.3.m

Accreditation

SD I.2.6

Acquisition, Knowledge

SD I.2.6

Acquisition, Language

SD C.1.3

Adaptable architectures

SD G.1.4

Adaptive quadrature

*** H.2.7

Administration, Database [Database Management]

** J.1

Administrative Data Processing [Computer Applications]

SD B.7.1

Advanced technologies [Integrated Circuits]

SD J.2

Aerospace [Computer Applications]

*** B.1.2

Aids, Control Structure Performance Analysis and Design

SD D.2.5

Aids, Debugging

*** B.6.3

Aids, Design [Logic Design; Hardware]

*** B.7.2

Aids, Design [Integrated Circuits]

*** B.5.2

Aids, Design [Register-Transfer-Level Implementation]

*** B.1.4

Aids, Microprogram Design

*** B.2.2

Aids, Performance Analysis and Design [Arithmetic and Logic Structures]

*** B.4.4

Aids, Performance Analysis and Design [Input/Output and Data Communications]

*** B.3.3

Aids, Performance Analysis and Design [Memory Structures]

*** G.1.3

Algebra, Numerical Linear

SD I.1.2

Algebraic algorithms [Algebraic Manipulation]

SD F.3.2

Algebraic approaches to semantics

SD F.4.3

Algebraic language theory

** I.1

Algebraic Manipulation

SD I.1.3

Algebraic systems, Special-purpose

SD G.4

Algorithm analysis [Mathematical Software]

GT GT

Algorithms

SD I.1.2

Algorithms, Algebraic

*** I.1.2

Algorithms [Algebraic Manipulation]

SD I.1.2

Algorithms, Analysis of [Algebraic Manipulation]

**° F.2

Algorithms, Analysis of [Theory of Computation]

*** F.2.2

Algorithms and Problems, Nonnumerical

*** F.2.1

Algorithms and Problems, Numerical

SD I.2.2

Algorithms, Automatic analysis of

SD I.5.3

Algorithms [Clustering; Pattern Recognition]

SD G.2.1

Algorithms, Combinatorial

SD I.3.3

Algorithms, Display

SD I.3.5

Algorithms, Geometric

SD G.2.2

Algorithms, Graph

SD B.7.1

Algorithms implemented in hardware [Integrated Circuits]

SD G.1.2

Algorithms, Minimax approximation and [Approximation; Numerical Analysis]

SD I.1.2

Algorithms, Nonalgebraic

SD G.1.0

Algorithms, Numerical [Numerical Analysis]

SD G.1.0

Algorithms, Parallel

SD G.3

Algorithms, Probabilistic

SD I.3.3

Algorithms, Viewing

SD I.3.7

Algorithms, Visible line/surface [Computer Graphics]

SD K.6.2

Allocation, Pricing and resource [Management of Computing and Information Systems]

SD D.4.2

Allocation/deallocation strategies [Storage Management; Operating Systems]

SD F.1.2

Alternation and nondeterminism [Modes of Computation]

SD C.1.m

Analog computers

SD I.2.6

Analogies [Artificial Intelligence]

SD G.4

Analysis, Algorithm [Mathematical Software]

*** B.1.2

Analysis and Design Aids, Control Structure Performance

*** B.2.2

Analysis and Design Aids, Performance [Arithmetic and Logic Structures]

*** H.3.1

Analysis and Indexing, Content

SD G.1.0

Analysis, Error [Numerical Analysis]

SD G.1.3

Analysis, Error [Numerical Linear Algebra]

SD G.1.7

Analysis, Error [Ordinary Differential Equations]

SD G.1.4

Analysis, Error [Quadrature and Numerical Differentiation]

SD G.1.5

Analysis, Error [Roots of Nonlinear Equations]

*** I.6.4

Analysis, Model Validation and [Simulation and Modeling]

** G.1

Analysis, Numerical

SD I.1.2

Analysis of algorithms [Algebraic Manipulation]

** F.2

Analysis of Algorithms and Problem Complexity[Theory of Computation]

SD I.2.2

Analysis of algorithms, Automatic [Artificial Intelligence]

SD D.4.8

Analysis, Operational

SD I.5.2

Analysis, Pattern

*** B.4.4

Analysis, Performance [Input/Output and Data Communications]

*** B.3.3

Analysis, Performance [Memory Structures]

*** I.4.8

Analysis, Scene

*** I.6.6

Analysis, Simulation Output

SD D.4.8

Analysis, Stochastic

SD° K.6.1

Analysis, Systems

SD K.6.1

Analysis, Systems

SD I.2.7

Analysis, Text

SD I.5.4

Analysis, Waveform

SD B.2.2

Analysis, Worst-case [Arithmetic and Logic Structures]

SD B.4.4

Analysis, Worst-case [Input/Output and Data Communications]

SD B.3.3

Analysis, Worst-case [Memory Structures]

SD I.3.7

Animation [Computer Graphics]

SD I.6.8

Animation [Simulation and Modeling]

SD H.5.1

Animations [Information Interfaces and Presentation]

SD I.2.3

Answer/reason extraction

SD I.3.3

Antialiasing

SD D.3.2

Application languages, Specialized

SD I.3.4

Application packages [Computer Graphics]

*** K.8.1

Application Packages [Personal Computing]

** C.3

Application-Based Systems, Special-Purpose and

*** I.1.4

Applications [Algebraic Manipulation]

* J

Applications,Computer

*** I.2.1

Applications and Expert Systems [Artificial Intelligence]

*** H.4.3

Applications, Communications

*** I.3.8

Applications [Computer Graphics]

*** H.2.8

Applications, Database

SD C.2.4

Applications, Distributed [Distributed Systems]

SD J.1

Applications, Financial [Computer Applications]

*** I.4.9

Applications [Image Processing]

** H.4

Applications, Information Systems

*** B.1.5

Applications, Microcode

SD C.3

Applications, Microprocessor/Microcomputer [Computer Systems Organization]

*** I.5.4

Applications [Pattern Recognition]

*** I.6.3

Applications [Simulation and Modeling]

*** D.1.1

Applicative (Functional) Programming

SD D.3.2

Applicative languages

SD F.3.2

Approaches to semantics, Algebraic

SD I.4.2

Approximate methods [Image Processing]

*** G.1.2

Approximation

SD G.1.2

Approximation, Chebyshev

SD G.1.2

Approximation, Elementary function

SD G.1.2

Approximation, Least squares

SD G.1.2

Approximation, Linear

SD G.1.2

Approximation, Minimax

SD G.1.2

Approximation, Nonlinear

SD G.1.2

Approximation, Rational

SD G.1.2

Approximation, Spline and piecewise polynomial

SD I.2.10

Architecture and control structures [Artificial Intelligence]

SD C.1.3

Architecture, Cellular

*** I.3.1

Architecture, Hardware [Computer Graphics]

*** C.2.1

Architecture, Network

SD C.2.2

Architecture, Protocol

*** C.1.3

Architecture Styles, Other

SD C.1.3

Architectures, Adaptable

SD C.1.3

Architectures, Capability

SD C.1.2

Architectures, Common bus

SD C.1.2

Architectures, Crossbar-switch [Multiple Data Stream Architectures (Multiprocessors)]

SD C.1.3

Architectures, Data-flow

SD C.1.3

Architectures, High-level language

SD C.1.2

Architectures, Interconnection [Multiple Data Stream Architectures (Multiprocessors)]

*** C.1.2

Architectures, Multiple Data Stream [Multiprocessors]

SD° C.1.2

Architectures, Multiport memory

SD° C.1.2

Architectures, Multiprocessor

** C.1

Architectures, Processor

*** C.1.1

Architectures, Single Data Stream

SD I.5.5

Architectures, Special [Pattern Recognition]

SD C.0

Architectures, System

SD C.1.1

Architectures, Von Neumann

SD H.3.6

Archives, Large text [Information Storage and Retrieval]

** B.2

Arithmetic and Logic Structures[Hardware]

SD B.5.1

Arithmetic and logic units [Register-Transfer-Level Implementation]

SD G.1.0

Arithmetic, Computer [Numerical Analysis]

SD C.1.2

Array and vector processors

SD B.6.1

Arrays, Cellular [Logic Design; Hardware]

SD E.1

Arrays [Data Structures]

SD B.7.1

Arrays, Gate [Integrated Circuits]

SD B.6.1

Arrays, Logic [Logic Design; Hardware]

SD B.1.1

Arrays, Microprogrammed logic

** I.2

Artificial Intelligence

*** I.2.11

Artificial Intelligence, Distributed

SD H.5.1

Artificial realities [Information Interfaces and Presentation]

** J.5

Arts and Humanities [Computer Applications]

SD J.5

Arts, fine and performing [Computer Applications]

** K.5

Aspects, Legal

SD D.3.2

Assembly languages

SD D.2.4

Assertion checkers [Software Engineering]

SD F.3.1

Assertions [Logics and Meanings of Programs]

SD B.3.2

Associative memories

SD C.1.2

Associative processors [Processor Architectures]

SD K.6.4

Assurance, Quality [Management of Computing and Information Systems]

SD D.2.9

Assurance, Software quality (SQA)

SD J.2

Astronomy [Computer Applications]

SD H.5.3

Asynchronous interaction [Information Interfaces and Presentation]

SD B.4.3

Asynchronous/synchronous operation[Input/Output and Data Communications]

SD J.2

Atmospheric and earth sciences [Computer Applications]

SD I.2.10

Attributes, Modeling and recovery of physical

SD C.4

Attributes, Performance

SD H.5.1

Audio input/output [Information Interfaces and Presentation]

SD K.6.4

Audit, Management

SD K.6.5

Authentication [Management of Computing and Information Systems]

SD D.4.6

Authentication [Security and Protection; Operating Systems]

SD° A.0

Autobiographies

SD F.1.1

Automata

SD B.6.1

Automata, Cellular arrays and [Logic Design; Hardware]

SD F.1.1

Automata, Cellular [Models of Computation]

SD F.4.3

Automata, Classes defined by grammars or

SD F.4.3

Automata, Classes defined by resource-bounded

SD I.2.2

Automatic analysis of algorithms [Artificial Intelligence]

*** I.2.2

Automatic Programming [Artificial Intelligence]

*** D.1.2

Automatic Programming[Software]

SD B.6.3

Automatic synthesis [Logic Design; Hardware]

SD B.1.2

Automatic synthesis [Control Structures and Microprogramming; Hardware]

SD B.5.2

Automatic synthesis [Register-Transfer-Level Implementation]

SD I.2.1

Automation, Industrial [Artificial Intelligence]

*** H.3.6

Automation, Library [Information Storage and Retrieval]

SD I.2.1

Automation, Office [Artificial Intelligence]

*** H.4.1

Automation, Office [Information Systems Applications]

SD C.4

Availability [Performance of Systems]

SD H.2.2

Avoidance of Deadlock