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Keywords - C

Level Category
Words and Phrases
SD° B.4.3
SD B.3.2
Cache memories
SD J.6
CAD (Computer-aided design) [Computer Applications]
SD K.3.1
CAI (Computer-aided instruction)
SD B.2.1
Calculator [Design Styles; Arithmetic and Logic Structures]
SD F.4.1
Calculus, Lambda
SD H.4.1
SD J.6
CAM (Computer-aided manufacturing) [Computer Applications]
SD C.1.3
Capability architectures
SD I.2.1
SD D.2.2
CASE (Computer-aided software engineering) [Software Engineering]
SD B.7.1
Cells, Standard [Integrated Circuits]
SD C.1.3
Cellular architecture
SD B.6.1
Cellular arrays and automata [Logic Design; Hardware]
SD F.1.1
Cellular automata [Models of Computation]
SD K.6.4
Centralization/decentralization [Management of Computing and Information Systems]
SD C.2.1
Centralized networks
SD G.4
Certification and testing [Mathematical Software]
***° K.7.3
Certification, Testing, and Licensing [The Computing Profession]
SD B.4.2
Channels and controllers [Input/Output Devices]
SD D.2.2
Charts, Flow
SD G.1.2
Chebyshev approximation and theory
SD D.2.4
Checkers, Assertion [Software Engineering]
SD D.4.5
Checkpoint/restart [Operating Systems]
SD J.2
Chemistry [Computer Applications]
SD G.2.2
Circuit problems, Path and [Graph Theory]
SD C.2.1
Circuit switching networks
SD B.7.1
Circuits, Input/Output
** B.7
Circuits, Integrated [Hardware]
SD B.6.1
Circuits, Parallel [Logic Design; Hardware]
SD B.6.1
Circuits, Sequential [Logic Design; Hardware]
SD C.0
CISC [Computer Systems Organization]
*** F.1.3
Classes, Complexity
SD F.4.3
Classes defined by grammars or automata
SD F.4.3
Classes defined by resource-bounded automata
SD F.1.3
Classes, Relations among complexity
SD I.6.1
Classification, Model
SD I.4.6
Classification, Pixel
SD H.3.2
Classification, Record [Information Storage and Retrieval]
*** D.3.2
Classifications, Language
SD I.5.2
Classifier design and evaluation [Pattern Recognition]
SD H.3.3
Clustering [Information Storage and Retrieval]
*** I.5.3
Clustering [Pattern Recognition]
SD K.3.1
CMI (Computer-managed instruction)
SD D.3.4
Code generation
SD D.2.5
Code inspections and walk-throughs [Software Engineering]
SD D.2.3
Code, Reentrant
SD E.4
Codes, Error control [Coding and Information Theory]
SD K.7.m
Codes of good practice [The Computing Profession]
** E.4
Coding and Information Theory
*** I.4.2
Coding, Compression [Image Processing]
SD I.4.2
Coding, Exact [Image Processing]
*** D.2.3
Coding [Software Engineering]
SD I.2.0
Cognitive simulation
SD I.2.11
Coherence and coordination [Artificial Intelligence]
SD H.5.2
Color [Information Interfaces and Presentation]
SD I.2.10
Color, photometry, intensity, and thresholding [Vision and SceneUnderstanding; Artificial Intelligence]
SD I.3.7
Color, shading, shadowing, and texture [Computer Graphics]
SD B.6.1
Combinational logic [Logic Design; Hardware]
SD G.2.1
Combinations and permutations
SD G.2.1
Combinatorial algorithms
*** G.2.1
SD I.6.8
Combined simulation
SD J.7
Command and control [Computer Applications]
SD D.4.9
Command and control languages [Operating Systems]
SD H.5.2
Commands [Information Interfaces and Presentation]
SD E.4
Communication, Formal models of
SD D.4.4
Communication, Network [Operating Systems]
*** H.4.3
Communications Applications [Information Systems Applications]
SD C.2.0
Communications, Data [Computer-Communication Networks]
** B.4
Communications, Data [Hardware]
SD K.8.1
Communications, Data [Personal Computing]
*** B.4.1
Communications Devices, Data
*** D.4.4
Communications Management [Operating Systems]
SD C.2.1
Communications, Network [Computer Systems Organization]
SD E.4
Compaction, Data
SD D.3.4
Compiler generators
SD D.3.4
SD B.1.4
Compilers, Languages and [Control Structures and Microprogramming]
SD F.1.3
Completeness and Reducibility
** F.2
Complexity, Analysis of Algorithms and Problem [Theory of Computation]
*** F.1.3
Complexity Classes
SD F.1.3
Complexity classes, Relations among
SD F.1.3
Complexity hierarchies
SD F.1.3
Complexity, Machine-independent
SD F.1.3
Complexity measures, Relations among
SD D.2.8
Complexity measures [Software Engineering]
*** F.2.3
Complexity Measures, Tradeoffs among
SD F.2.2
Complexity of proof procedures [Analysis of Algorithms and Problem Complexity]
SD E.2
Composite structures [Data Storage Representations]
*** I.4.2
Compression (Coding) [Image Processing]
SD E.4
Compression, Data compaction and [Coding and Information Theory]
SD F.4.1
Computability theory [Mathematical Logic and Formal Languages]
SD F.1.1
Computability theory [Models of Computation]
** F.1
Computation by Abstract Devices
SD F.1.2
Computation, Interactive [Computation by Abstract Devices]
*** F.1.1
Computation, Models of
*** F.1.2
Computation, Modes of
SD° F.2.1
Computation of transforms (e.g., Fast Fourier transform)
SD F.1.2
Computation, Probabilistic
SD F.1.2
Computation, Relativized
* F
Computation, Theory of
*** I.3.5
Computational Geometry and Object Modeling [Computer Graphics]
SD F.4.1
Computational logic
SD F.2.2
Computations, Geometrical problems and
SD F.2.1
Computations in finite fields
SD F.2.1
Computations, Number-theoretic
SD F.2.2
Computations on discrete structures
SD F.2.1
Computations on matrices [Numerical Algorithms and Problems]
SD F.2.1
Computations on polynomials
*** K.3.2
Computer and Information Science Education
* J
SD G.1.0
Computer arithmetic
SD H.4.3
Computer conferencing and teleconferencing
** I.3
Computer Graphics
** K.1
Computer Industry, The
SD K.3.m
Computer literacy
SD K.3.2
Computer science education
SD K.6.2
Computer selection [Management of Computing and Information Systems]
** C.5
Computer System Implementation [Computer Systems Organization]
*** K.3.1
Computer Uses in Education
SD I.5.4
Computer vision [Pattern Recognition]
SD J.6
Computer-aided design (CAD) [Computer Applications]
** J.6
Computer-Aided Engineering [Computer Applications]
SD J.6
Computer-aided manufacturing (CAM) [Computer Applications]
SD D.2.2
Computer-aided software engineering (CASE) [Software Engineering]
SD K.3.1
Computer-assisted instruction (CAI)
** C.2
Computer-Communication Networks
SD K.3.1
Computer-managed instruction (CMI)
* C
Computer Systems Organization
SD K.4.2
Computers, Abuse and crime involving
SD C.1.m
Computers, Analog
** K.3
Computers and Education
** K.4
Computers and Society
** J.7
Computers in Other Systems [Computer Applications]
*** C.5.1
Computers, Large and Medium
***° C.5.1
Computers, Mainframe
SD C.5.3
Computers, Personal [Computer System Implementation]
SD C.5.1
Computers, Super
** K.6
Computing and Information Systems, Management of
SD K.6.2
Computing equipment management [Management of Computing and Information Systems]
** K.2
Computing, History of
** K.5
Computing, Legal Aspects of
* G
Computing, Mathematics of
* I
Computing Methodologies
* K
Computing Milieux
** K.8
Computing, Personal
** K.7
Computing Profession, The
SD G.3
Computing, Statistical
SD I.2.6
Concept learning [Artificial Intelligence]
SD D.4.1
Concurrency [Operating Systems]
SD F.1.2
Concurrency, Parallelism and [Computation by Abstract Devices]
SD H.2.4
Concurrency [Systems]
SD D.3.2
Concurrent, distributed, and parallel languages
*** D.1.3
Concurrent Programming
SD D.3.3
Concurrent programming structures [Language Constructs]
SD G.1.0
Condition (and ill-condition) [Numerical Analysis]
SD G.1.3
Conditioning [Numerical Linear Algebra]
SD F.3.1
Conditions, Pre- and post-conditions [Logics and Meanings of Programs]
SD A.0
Conference proceedings [General Literature]
SD H.4.3
Conferencing and teleconferencing, Computer [Information Systems Applications]
SD D.2.9
Configuration management, Software
SD C.1.2
Connection machines [Processor Architectures]
SD I.2.6
Connectionism and neural nets
SD G.1.6
Constrained optimization
SD I.3.5
Constructive solid geometry (CSG)
SD F.3.3
Constructs, Functional [Logics and Meanings of Programs]
*** D.3.3
Constructs, Language [Programming Languages]
*** F.3.3
Constructs, Program [Logics and Meanings of Programs]
SD J.7
Consumer products [Computer Applications]
*** H.3.1
Content Analysis and Indexing [Information Storage and Retrieval]
SD° F.4.2
Context-free grammar types
SD° F.4.3
Context-free languages
SD F.4.2
Context-sensitive grammar types
SD E.2
Contiguous representations [Data Storage Representations]
SD I.6.1
Continuous Simulation
SD K.5.m
Contracts [Legal Aspects of Computing]
SD E.4
Control codes, Error [Coding and Information Theory]
SD J.7
Control, Command and [Computer Applications]
SD B.5.1
Control design [Register-Transfer-Level Implementation]
*** B.1.1
Control Design Styles [Control Structures and Microprogramming]
SD B.1.1
Control, Hardwired [Hardware]
SD J.7
Control, Industrial [Computer Applications]
SD D.4.9
Control languages, Command and [Operating Systems]
SD B.6.1
Control, Memory [Logic Design; Hardware]
*** I.2.8
Control Methods and Search [Artificial Intelligence]
SD B.1.5
Control, Peripheral [Microcode Applications]
SD F.3.3
Control primitives
SD J.7
Control, Process [Computer Applications]
*** B.1.2
Control Structure Performance Analysis and Design Aids
*** B.1.3
Control Structure Reliability, Testing, and Fault-Tolerance
** B.1
Control Structures and Microprogramming[Hardware]
SD I.2.10
Control structures, Architecture and [Vision and Scene Understanding; Artificial Intelligence]
SD D.3.3
Control structures [Language Constructs]
SD C.3
Control systems, Process
SD D.2.7
Control, Version [Software Engineering]
SD B.1.1
Control, Writable store [Hardware]
SD B.4.2
Controllers, Channels and [Input/Output and Data Communications]
SD D.4.6
Controls, Access
SD D.4.6
Controls, Cryptographic
SD D.4.6
Controls, Information flow
SD G.1.7
Convergence and stability [Ordinary Differential Equations]
SD G.1.5
Convergence [Roots of Nonlinear Equations]
SD I.2.11
Coordination, Coherence and [Artificial Intelligence]
SD D.2.9
Copyrights [Software Engineering]
SD K.5.1
Copyrights [Software Protection]
SD D.3.3
Coroutines [Language Constructs]
SD I.4.3
Correction, Geometric [Image Processing]
SD D.2.7
Corrections [Software Engineering]
SD D.2.4
Correctness proofs [Program Verification; Software Engineering]
SD D.2.9
Cost estimation [Software Engineering]
SD G.2.1
Counting problems [Discrete Mathematics]
SD° K.6.1
CPM [Management of Computing and Information Systems]
SD K.4.2
Crime involving computers, Abuse and
SD° C.1.2
Crossbar switch [Multiple Data Stream Architectures (Multiprocessors)]
SD D.4.6
Cryptographic controls [Security and Protection; Operating Systems]
SD E.3
Cryptosystems, Public key
SD I.3.5
CSG [Computer Graphics]
SD I.4.8
Cues, Depth [Scene Analysis; Image Processing]
SD H.3.4
Current awareness systems (selective dissemination of information­SDI)
SD K.3.2
SD I.3.3
Curve generation, Line and
SD I.3.5
Curve, surface, solid, and object representations [Computer Graphics]
SD K.6.1
Cycle, Life [Management of Computing and Information Systems]
SD D.2.9
Cycle, Life [Software Engineering]