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Keywords - S

Level Category
Words and Phrases
SD K.4.1
Safety, Human [Computers and Society]
SD I.4.1
Sampling [Image Processing]
SD I.3.3
Scanning, Digitizing and [Computer Graphics]
SD I.4.1
Scanning [Image Processing]
*** I.4.8
Scene Analysis [Image Processing]
*** I.2.10
Scene Understanding, Vision [Artificial Intelligence]
SD H.4.1
Schedules [Information Systems Applications]
SD D.4.1
Scheduling [Operating Systems]
SD F.2.2
Scheduling, Sequencing and [Nonnumerical Algorithms and Problems]
SD H.2.1
Schema and subschema [Database Management]
SD C.2.5
Schemes, Access [Computer-Communication Networks]
SD E.4
Schemes, Nonsecret encoding
SD F.3.3
Schemes, Program and recursion
SD K.3.2
Science education, Computer
*** K.3.2
Science Education, Computer and Information
SD I.2.1
Science, Medicine and [Artificial Intelligence]
SD D.2.8
Science, Software [Metrics; Software Engineering]
SD° J.2
Sciences, Atmospheric [Computer Applications]
SD J.2
Sciences, Earth and atmospheric [Computer Applications]
** J.3
Sciences, Life and Medical [Computer Applications]
** J.2
Sciences, Physical, and Engineering [Computer Applications]
** J.4
Sciences, Social and Behavioral [Computer Applications]
SD H.5.2
Screen design (e.g., text, graphics, color) [Information Interfaces and Presentation]
SD I.2.4
Scripts and Frames [Knowledge Representation Formalisms and Methods; Artificial Intelligence]
*** H.3.3
Search and Retrieval, Information
*** I.2.8
Search, Problem Solving, Control Methods, and [Artificial Intelligence]
SD H.3.3
Search process [Information Storage and Retrieval]
SD I.2.8
Search strategies, Graph and tree
SD F.2.2
Searching, Sorting and [Nonnumerical Algorithms and Problems]
SD D.4.2
Secondary storage devices
SD K.5.1
Secrets, Trade
SD C.2.0
Security and protection[Computer-Communication Networks]
*** K.6.5
Security and Protection [Management of Computing and Information Systems]
*** D.4.6
Security and Protection [Operating Systems]
SD H.2.0
Security, integrity, and protection [Database Management]
SD D.4.6
Security kernels [Operating Systems]
SD K.6.5
Security, Physical [Management of Computing and Information Systems]
SD K.6.m
Security, Physical [retired January 1991]
*** I.4.6
Segmentation [Image Processing]
SD D.4.2
Segmentation [Storage Management; Operating Systems]
SD K.6.2
Selection, Computer
SD I.5.2
Selection, Feature evaluation and [Pattern Recognition]
SD H.3.3
Selection process [Information Storage and Retrieval]
SD K.6.3
Selection, Software
SD H.3.4
Selective dissemination of information­SDI [InformationStorage and Retrieval]
SD K.3.2
Self-assessment [Computers and Education]
SD F.1.1
Self-modifying machines (e.g., neural networks) [Models of Computation]
SD I.2.4
Semantic networks [Knowledge Representation Formalisms and Methods]
SD F.3.2
Semantics, Algebraic approaches to
SD F.3.2
Semantics, Denotational
*** F.3.2
Semantics of Programming Languages
SD F.3.2
Semantics, Operational
SD D.3.1
Semantics [Programming Languages]
SD D.4.4
Sending, Message
SD I.4.8
Sensor fusion [Image Processing]
SD I.2.9
Sensors [Robotics; Artificial Intelligence]
SD F.2.2
Sequencing and scheduling [Nonnumerical Algorithms and Problems]
SD B.6.1
Sequential circuits [Logic Design; Hardware]
*** D.1.4
Sequential Programming
SD B.3.2
Sequential-access memory
SD I.4.5
Series expansion methods [Reconstruction; Image Processing]
SD C.4
Serviceability, Reliability, availability, and [Performance of Systems]
*** H.3.5
Services, Online Information
SD C.0
Set design, Instruction [Computer Systems Organization]
SD I.5.1
Set, Fuzzy [Pattern Recognition]
SD B.1.5
Set interpretation, Instruction [Control Structures and Microprogramming]
SD B.1.5
Sets, Firmware support of operating systems/instruction [Control Structures and Microprogramming]
SD° F.4.3
Sets, Recursive
SD° F.4.3
Sets, Regular
SD I.3.7
Shading [Computer Graphics]
SD I.3.7
Shadowing [Computer Graphics]
SD I.4.7
Shape and Size [Image Processing]
SD I.2.10
Shape [Artificial Intelligence]
SD B.3.2
Shared memory
SD H.3.5
Sharing, Data bank [Information Storage and Retrieval]
SD I.4.3
Sharpening and deblurring [Image Processing]
SD I.5.4
Signal processing [Applications; Pattern Recognition]
SD C.3
Signal processing systems [Special-Purpose and Application-Based Systems]
SD C.1.2
SIMD (Single-instruction-stream, multiple-data-streamprocessors)
SD I.5.3
Similarity measures [Pattern Recognition]
SD I.1.1
Simplification of expressions [Algebraic Manipulation]
** I.6
Simulation and Modeling [Computing Methodologies]
SD B.2.2
Simulation [Arithmetic and Logic Structures]
SD I.2.0
Simulation, Cognitive
SD° I.6.1
Simulation, Continuous
SD B.1.2
Simulation [Control Structures and Microprogramming]
SD B.6.3
Simulation [Logic Design; Hardware]
SD° I.6.1
Simulation, Discrete
SD B.4.4
Simulation [Input/Output and Data Communications]
SD B.7.2
Simulation [Integrated Circuits]
*** I.6.2
Simulation Languages
SD B.3.3
Simulation [Memory Structures]
SD D.4.8
Simulation [Operating Systems]
*** I.6.6
Simulation Output Analysis
SD B.5.2
Simulation [Register-Transfer-Level Implementation]
*** I.6.7
Simulation Support Systems
*** I.6.1
Simulation Theory
*** I.6.8
Simulation, Types of
SD° I.6.1
Simulation, Types of (continuous and discrete)[retired January 1991]
*** C.1.1
Single Data Stream Architectures [Processor Architectures]
SD G.1.7
Single step methods [Numerical Analysis]
SD C.1.1
Single-data-stream, Multiple-instruction-stream processors (MISD) [Processor Architectures]
SD C.1.1
Single-data-stream, Single-instruction-stream processors (SISD)[Processor Architectures]
SD C.1.2
Single-instruction-stream, multiple-data-stream processors (SIMD) [Processor Architectures]
SD C.1.1
Single-instruction-stream, single-data-stream processors (SISD) [Processor Architectures]
SD C.1.1
SISD (Single-instruction-stream, single-data-stream processors)
SD I.4.7
Size and shape [Image Processing]
SD I.4.3
Smoothing [Image Processing]
SD G.1.1
Smoothing [Interpolation]
** J.4
Social and Behavioral Sciences [Computer Applications]
*** K.4.2
Social Issues
** K.4
Society and Computers
SD J.4
Sociology [Computer Applications]
* D
SD D.2.9
Software configuration management [Software Engineering]
SD K.6.3
Software development [Management of Computing and Information Systems]
** D.2
Software Engineering
SD D.2.2
Software engineering, Computer-aided
SD K.2
Software [History of Computing]
SD I.4.0
Software, Image processing
SD K.6.5
Software, Invasive [Management of Computing and Information Systems]
SD D.4.6
Software, Invasive [Operating Systems]
SD D.2.2
Software libraries
SD K.6.3
Software maintenance [Management of Computing and Information Systems]
*** K.6.3
Software Management [Management of Computing and Information Systems]
** G.4
Software, Mathematical
*** I.2.5
Software, Programming Languages and [Artificial Intelligence]
*** K.5.1
Software Protection [Legal Aspects of Computing]
SD D.m
Software psychology
SD D.2.9
Software quality assurance (SQA) [Software Engineering]
SD D.2.m
Software, Reusable
SD D.2.8
Software science [Metrics; Software Engineering]
SD K.6.3
Software selection [Management of Computing and Information Systems]
SD G.3
Software, Statistical
SD I.3.4
Software support [Computer Graphics]
*** H.3.4
Software, Systems and [Information Storage and Retrieval]
SD I.3.5
Solid geometry, Constructive [Computer Graphics]
SD° I.3.5
Solid representations [Computer Graphics]
SD F.2.2
Sorting and searching [Nonnumerical Algorithms and Problems]
SD E.5
Sorting/searching [Data]
SD G.1.3
Sparse and very large systems
SD I.5.5
Special architectures [Pattern Recognition]
SD K.4.2
Special needs, handicapped persons
SD D.3.2
Specialized application languages
SD I.1.3
Special-purpose algebraic systems [Algebraic Manipulation]
** C.3
Special-Purpose and Application-Based Systems
SD I.1.3
Special-purpose hardware [Algebraic Manipulation]
SD B.1.5
Special-purpose microcode applications
SD° B.5.1
Special-purpose styles [Register-Transfer-Level Implementation]
SD C.0
Specification methodology, Systems
SD F.3.1
Specification techniques [Logics and Meanings of Programs]
*** F.3.1
Specifying and Verifying and Reasoning about Programs [Logics and Meanings of Programs]
SD I.2.7
Speech recognition and synthesis [Artificial Intelligence]
SD I.7.1
Spelling [Text Processing]
SD G.1.2
Spline and piecewise polynomial approximation
SD G.1.1
Spline and piecewise polynomial interpolation
SD I.3.5
Splines [Computer Graphics]
SD H.4.1
Spreadsheets [Information Systems Applications]
SD K.8.1
Spreadsheets [Personal Computing]
SD D.2.9
SQA (Software quality assurance) [Software Engineering]
SD G.1.2
Squares approximation, Least
SD G.1.6
Squares methods, Least
SD G.1.0
Stability (and instability) [Numerical Analysis]
SD G.1.7
Stability, Convergence and [Ordinary Differential Equations]
SD C.1.3
Stack-oriented processors [Processor Architectures]
SD K.6.1
Staffing [Management of Computing and Information Systems]
SD I.3.2
Stand-alone systems [Computer Graphics]
SD B.7.1
Standard cells [Integrated Circuits]
SD E.3
Standard, Data encryption (DES)
SD D.2.3
Standards [Coding; Software Engineering]
SD I.7.2
Standards [Text Processing]
SD I.3.6
Standards [Computer Graphics]
SD D.3.0
Standards [Programming Languages]
SD D.2.0
Standards [Software Engineering]
SD K.1
Standards [The Computer Industry]
SD G.3
Statistical computing
SD I.4.10
Statistical [Image Processing]
SD I.5.1
Statistical [Pattern Recognition]
SD G.3
Statistical software
SD J.2
Statistics, Mathematics and [Computer Applications]
** G.3
Statistics, Probability and
SD K.1
Statistics [The Computer Industry]
SD G.1.7
Step methods, Single
SD I.4.8
Stereo [Image Processing]
SD G.1.7
Stiff equations [Ordinary Differential Equations]
SD D.4.8
Stochastic analysis [Performance; Operating Systems]
** H.3
Storage and Retrieval, Information
SD I.3.1
Storage devices [Computer Graphics]
SD D.4.2
Storage devices, Secondary [Operating Systems]
SD D.4.2
Storage hierarchies [Operating Systems]
*** H.3.2
Storage, Information
SD D.3.3
Storage management, Dynamic [Programming Languages]
*** D.4.2
Storage Management [Operating Systems]
SD B.3.2
Storage, Mass
** E.2
Storage Representations, Data
SD D.4.2
Storage, Secondary [Operating Systems]
SD C.2.1
Store and forward networks
SD B.1.1
Store, Writable control
SD D.4.2
Strategies, Allocation/deallocation [Storage Management; Operating Systems]
SD I.1.3
Strategies, Evaluation [Algebraic Manipulation]
SD I.2.8
Strategies, Graph and tree search [Artificial Intelligence]
SD H.5.2
Strategies, Input devices and [Information Interfaces and Presentation]
*** C.1.2
Stream Architectures, Multiple Data
*** C.1.1
Stream Architectures, Single Data
SD I.5.1
Structural [Pattern Recognition]
SD° E.5
Structure [Files; Data]
*** B.1.2
Structure Performance Analysis and Design Aids, Control
*** B.1.3
Structure Reliability, Testing, and Fault-Tolerance,Control
SD F.3.3
Structure, Type [Studies of Program Constructs; Logics and Meanings of Programs]
SD D.2.2
Structured programming
SD I.3.6
Structures and data types, Graphics data
** B.1
Structures and Microprogramming, Control
SD I.2.10
Structures, and transforms, Representations, data [Artificial Intelligence]
SD I.2.10
Structures, Architecture and control [Artificial Intelligence]
** B.2
Structures, Arithmetic and Logic [Hardware]
SD E.2
Structures, Composite [Data Storage Representations]
SD F.2.2
Structures, Computations on discrete
SD D.3.3
Structures, Concurrent programming [Language Constructs]
SD D.3.3
Structures, Control [Language Constructs; Programming Languages]
** E.1
Structures, Data [Data]
SD D.3.3
Structures, Data types and [Language Constructs; Programming Languages]
SD° I.2.10
Structures, Data [Vision and Scene Understanding; Artificial Intelligence]
SD D.4.3
Structures, Directory [Operating Systems]
SD I.2.11
Structures, Languages and [Artificial Intelligence]
** B.3
Structures, Memory [Hardware]
SD B.4.3
Structures, Physical [Input/Output and Data Communications]
SD C.4
Studies, Design [Performance of Systems]
*** F.3.3
Studies of Program Constructs
*** B.1.1
Styles, Control Design [Control Structures and Microprogramming]
*** B.2.1
Styles, Design [Arithmetic and Logic Structures]
*** B.6.1
Styles, Design [Logic Design]
*** B.3.2
Styles, Design [Memory Structures]
***° B.7.1
Styles, Design [Integrated Circuits]
SD H.5.2
Styles, Interaction [Information Interfaces and Presentation]
*** C.1.3
Styles, Other Architecture
SD B.5.1
Styles [Register-Transfer-Level Implementation]
*** B.7.1
Styles, Types and Design [Integrated Circuits]
SD D.3.3
Subroutines, Procedures, functions, and [Language Constructs]
SD H.2.1
Subschema, Schema and [Database Management]
SD I.1.3
Substitution mechanisms [Algebraic Manipulation]
*** B.4.3
Subsystems [Input/Output and Data Communications]
SD I.4.5
Summation methods [Reconstruction; Image Processing]
SD C.5.1
Super (very large) computers
SD K.6.5
SD K.1
Suppliers [The Computer Industry]
SD H.4.2
Support, Decision [Types of Systems; Information Systems Applications]
SD B.1.5
Support of operating systems/instruction sets, Firmware
SD I.3.4
Support, Software [Computer Graphics]
*** I.6.7
Support Systems, Simulation [Simulation and Modeling]
SD I.3.5
Surface representations [Computer Graphics]
** A.1
Survey, Introductory and [General Literature]
SD D.4.2
Swapping [Storage Management; Operating Systems]
SD° C.1.2
Switch, Crossbar
SD C.2.1
Switching networks, Circuit
SD B.6.3
Switching theory [Logic Design; Hardware]
SD D.2.5
Symbolic execution [Testing and Debugging; Software Engineering]
SD D.4.1
Synchronization [Operating Systems]
SD H.5.3
Synchronous interaction [Information Interfaces and Presentation]
SD° B.4.3
Synchronous/Asynchronous operation[Input/Output and Data Communications]
SD D.3.1
Syntax [Programming Languages]
SD B.1.2
Synthesis, Automatic [Control Structures and Microprogramming]
SD B.5.2
Synthesis, Automatic [Register-Transfer-Level Implementation; Hardware]
SD B.6.3
Synthesis, Automatic [Logic Design]
SD I.2.2
Synthesis, Program [Automatic Programming; Artificial Intelligence]
SD I.2.7
Synthesis, Speech recognition and
SD C.0
System architectures
** C.5
System Implementation, Computer
*** K.6.4
System Management [Management of Computing and Information Systems]
SD I.2.5
System tools and techniques, Expert [Artificial Intelligence]
SD K.6.1
Systems analysis and design [Management of Computing and Information Systems]
SD D.3.4
Systems and compiler generators, Translator writing [Programming Languages]
*** H.1.1
Systems and Information Theory
*** H.3.4
Systems and Software [Information Storage and Retrieval]
**° C.3
Systems, Application-Based
*** I.2.1
Systems, Applications and Expert
** H.4
Systems Applications, Information
SD D.4.7
Systems, Batch processing [Operating Systems]
* C
Systems, Computer Systems Organization
** J.7
Systems, Computers in Other
SD H.3.4
Systems, Current awareness [Information Storage and Retrieval]
*** H.2.4
Systems [Database Management]
SD K.6.1
Systems development [Management of Computing and Information Systems]
*** C.2.4
Systems, Distributed [Computer-Communication Networks]
SD H.2.4
Systems, Distributed [Database Management]
SD D.4.7
Systems, Distributed [Operating Systems]
SD D.4.3
Systems, Distributed file
SD K.3.2
Systems education, Information
*** D.4.3
Systems, File Management
SD H.1.1
Systems, General Systems Theory
SD I.3.5
Systems, Geometric algorithms, languages, and [Computer Graphics]
*** F.4.2
Systems, Grammars and Other Rewriting
*** I.3.2
Systems, Graphics
SD K.2
Systems [History of Computing]
SD C.1.m
Systems, Hybrid
* H
Systems, Information
**° H.4
Systems, Information Systems Applications
SD K.3.2
Systems, Information Systems Education
SD D.4.7
Systems, Interactive [Operating Systems]
SD I.5.5
Systems, Interactive [Pattern Recognition]
SD F.4.1
Systems, Lambda calculus and related [Mathematical Logic and Formal Languages]
*** I.1.3
Systems, Languages and [Algebraic Manipulation]
SD I.7.2
Systems, Languages and [Text Processing]
SD G.1.3
Systems, Linear (direct and iterative methods)
*** D.4.3
Systems Management, File
** K.6
Systems, Management of Computing and Information
SD J.3
Systems, Medical information [Computer Applications]
*** H.5.1
Systems, Multimedia Information
SD C.2.4
Systems, Network operating [Computer-Communication Networks]
SD G.1.5
Systems of equations [Roots of Nonlinear Equations]
** D.4
Systems, Operating
* C
Systems Organization, Computer
SD I.3.4
Systems, Paint [Computer Graphics]
SD F.4.2
Systems, Parallel rewriting
** C.4
Systems, Performance of
SD C.3
Systems, Process control
*** D.4.9
Systems Programs and Utilities [Operating Systems]
SD H.3.4
Systems, Question-answering (fact retrieval)
SD C.3
Systems, Real-time [Special-Purpose and Application-Based Systems]
SD D.4.7
Systems, Real-time and embedded [Operating Systems]
SD I.2.4
Systems, Relation [Artificial Intelligence]
SD I.3.2
Systems, Remote [Computer Graphics]
SD C.3
Systems, Signal processing [Special-Purpose and Application-Based Systems]
*** I.6.7
Systems, Simulation Support
SD G.1.3
Systems, Sparse and very large
SD I.1.3
Systems, Special-purpose algebraic
** C.3
Systems, Special-Purpose and Application-Based
SD C.0
Systems specification methodology
SD I.3.2
Systems, Stand-alone [Computer Graphics]
SD H.1.1
Systems theory, General
SD I.6.1
Systems theory [Simulation and Modeling]
SD F.4.2
Systems, Thue
*** H.4.2
Systems, Types of [Information Systems Applications]
SD H.5.2
Systems, User interface management (UIMS)
*** H.1.2
Systems, User/Machine
*** C.5.4
Systems, VLSI [Computer System Implementation]
SD H.5.2
Systems, Windowing