Keywords - P

Level Category

Words and Phrases

SD I.3.4

Packages, Application [Graphics Utilities]

*** K.8.1

Packages, Application [Personal Computing]

SD I.3.4

Packages, Graphics [Graphics Utilities]

SD I.3.5

Packages, Modeling [Computer Graphics]

SD D.3.3

Packages, Modules [Language Constructs; Programming Languages]

SD C.2.1

Packet networks

SD I.3.4

Paint systems [Computer Graphics]

SD G.1.8

Parabolic equations [Partial Differential Equations]

SD G.1.0

Parallel algorithms [Numerical Analysis]

SD B.6.1

Parallel circuits [Logic Design; Hardware]

SD B.2.1

Parallel [Design Styles; Arithmetic and Logic Structures]

SD D.3.2

Parallel languages, Concurrent, distributed, and

SD I.3.1

Parallel processing [Computer Graphics]

SD C.1.2

Parallel processors

SD D.1.3

Parallel programming

SD F.4.2

Parallel rewriting systems

SD I.6.8

Parallel [Simulation and Modeling]

SD F.1.2

Parallelism and concurrency [Computation by Abstract Devices]

SD I.2.6

Parameter learning [Artificial Intelligence]

SD I.2.7

Parsing and understanding, Language [Natural Language Processing; Artificial Intelligence]

SD F.4.2

Parsing [Grammars and Other Rewriting Systems]

SD D.3.4

Parsing [Processors]

*** G.1.8

Partial Differential Equations

SD I.4.6

Partitioning, Region growing [Image Processing]

SD K.5.m

Patents, Hardware

SD K.5.1

Patents [Software Protection]

SD G.2.2

Path and circuit problems [Graph Theory]

SD I.5.2

Pattern analysis [Pattern Recognition]

SD F.2.2

Pattern matching [Nonnumerical Algorithms and Problems]

** I.5

Pattern Recognition

SD K.2

People [History of Computing]

*** K.6.1

People Management

SD I.2.10

Perceptual reasoning [Artificial Intelligence]

GT GT

Performance

*** B.2.2

Performance Analysis and Design Aids [Arithmetic and Logic Structures]

*** B.1.2

Performance Analysis and Design Aids, Control Structure [Control Structures and Microprogramming]

*** B.4.4

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

*** B.3.3

Performance Analysis and Design Aids [Memory Structures]

SD K.6.2

Performance and usage measurement [Management of Computing and Information Systems]

SD C.4

Performance attributes [Performance of Systems]

SD° D.4.8

Performance measurements [Operating Systems]

SD D.2.8

Performance measures [Metrics; Software Engineering]

** C.4

Performance of Systems

*** D.4.8

Performance [Operating Systems]

SD J.5

Performing Arts, Fine and [Computer Applications]

SD B.1.5

Peripheral control [Microcode Applications]

SD G.2.1

Permutations and combinations

SD H.2.3

Persistent [Database Management]

SD C.5.3

Personal computer [Computer System Implementation]

** K.8

Personal Computing

SD° K.6.1

PERT/CPM

SD D.2.2

Petri nets [Software Engineering]

SD I.2.0

Philosophical foundations [Artificial Intelligence]

SD I.7.2

Photocomposition/typesetting [Text Processing]

SD I.2.10

Photometry [Vision and Scene Understanding; Artificial Intelligence]

SD I.4.8

Photometry [Image Processing]

SD I.2.10

Physical attributes, Modeling and recovery of

*** H.2.2

Physical Design [Database Management]

** J.2

Physical Sciences and Engineering [Computer Applications]

SD K.6.5

Physical security [Management of Computing and Information Systems]

SD K.6.m

Physical security [retired January 1991]

SD B.4.3

Physical structures [Input/Output and Data Communications]

SD I.3.5

Physically based modeling [Computer Graphics]

SD J.2

Physics [Computer Applications]

SD I.3.4

Picture description languages [Computer Graphics]

*** I.3.3

Picture/Image Generation [Computer Graphics]

SD G.1.2

Piecewise polynomial approximation, Spline and

SD G.1.1

Piecewise polynomial interpolation, Spline and

SD B.2.1

Pipeline [Arithmetic and Logic Structures]

SD C.1.2

Pipeline processors [Multiple Data Stream Architectures (Multiprocessors)]

SD C.1.1

Pipeline processors [Single Data Stream Architectures]

SD° B.5.1

Pipelined styles [Register-Transfer-Level Implementation]

SD I.4.6

Pixel classification [Image Processing]

SD B.7.2

Placement and routing [Integrated Circuits]

SD I.2.8

Plan execution, formation, generation [Artificial Intelligence]

SD A.0

Plays [General Literature]

SD B.4.3

Point-to-point interconnections [Input/Output and Data Communications]

SD° B.4.3

Point-to-point topology

*** K.4.1

Policy Issues, Public

SD G.1.2

Polynomial approximation, Spline and piecewise

SD I.1.1

Polynomial, General and [Algebraic Manipulation]

SD G.1.1

Polynomial interpolation, Spline and piecewise

SD F.2.1

Polynomials, Computations on

SD G.1.5

Polynomials, methods for [Roots of Nonlinear Equations]

SD G.4

Portability [Mathematical Software]

SD D.2.7

Portability [Software Engineering]

SD F.3.1

Post-conditions [Logics and Meanings of Programs]

SD F.3.1

Pre- and post-conditions [Logics and Meanings of Programs]

SD I.2.4

Predicate logic [Knowledge Representation Formalisms and Methods]

SD D.4.8

Prediction, Modeling and [Performance; Operating Systems]

*** I.7.2

Preparation, Document [Text Processing]

SD D.3.4

Preprocessors

** H.5

Presentation, Information Interfaces and

SD D.2.3

Pretty printers

SD K.6.2

Pricing and resource allocation [Management of Computing and Information Systems]

SD° F.2.1

Primality testing

SD B.3.2

Primary memory

SD E.2

Primitive data items [Data Storage Representations]

SD F.3.3

Primitives, Control [Logics and Meanings of Programs]

** H.1

Principles, Models and [Information Systems]

SD B.4.2

Printers, Data terminals and [Input/Output and Data Communications]

SD D.2.3

Printers, Pretty [Coding; Software Engineering]

SD K.4.1

Privacy

SD G.3

Probabilistic algorithms (including Monte Carlo)

SD F.1.2

Probabilistic computation [Modes of Computation]

SD I.2.3

Probabilistic reasoning, Uncertainty, "fuzzy," and [Artificial Intelligence]

** G.3

Probability and Statistics

** F.2

Problem Complexity, Analysis of Algorithms and

*** I.2.8

Problem Solving, Control Methods, and Search [Artificial Intelligence]

SD F.2.2

Problems and computations, Geometrical

SD G.1.7

Problems, Boundary value [Ordinary Differential Equations]

SD G.2.1

Problems, Counting [Combinatorics]

SD F.4.3

Problems, Decision [Formal Languages]

SD F.4.2

Problems, Decision [Grammars and Other Rewriting Systems]

SD G.1.7

Problems, Initial value [Ordinary Differential Equations]

SD G.2.2

Problems, Network

*** F.2.2

Problems, Nonnumerical Algorithms and

*** F.2.1

Problems, Numerical Algorithms and

SD G.2.2

Problems, Path and circuit

SD I.2.4

Procedural and rule-based representations

SD D.4.5

Procedures, Backup

SD F.2.2

Procedures, Complexity of proof

SD D.3.3

Procedures, functions, and subroutines [Language Constructs; Programming Languages]

SD A.0

Proceedings, Conference

SD J.7

Process control [Computer Applications]

SD C.3

Process control systems [Special-Purpose and Application-Based Systems]

*** D.4.1

Process Management [Operating Systems]

SD H.3.3

Process, Search [Information Storage and Retrieval]

SD H.3.3

Process, Selection [Information Storage and Retrieval]

** J.1

Processing, Administrative Data [Computer Applications]

SD K.8.1

Processing, Database [Personal Computing]

SD H.1.2

Processing, Human information

** I.4

Processing, Image

SD H.3.1

Processing, Linguistic

*** I.2.7

Processing, Natural Language

SD I.3.1

Processing, Parallel [Computer Graphics]

SD H.2.4

Processing, Query

SD I.5.4

Processing, Signal [Applications; Pattern Recognition]

SD I.4.0

Processing software, Image

SD D.4.7

Processing systems, Batch [Operating Systems]

SD C.3

Processing systems, Signal [Special-Purpose and Application-Based Systems]

SD I.5.4

Processing, Text [Applications; Pattern Recognition]

** I.7

Processing, Text [Computing Methodologies]

SD H.2.4

Processing, Transaction [Database Management]

SD H.4.1

Processing, Word

SD K.8.1

Processing, Word [Personal Computing]

** C.1

Processor Architectures

SD C.1.2

Processors, Array and vector [Multiple Data Stream Architectures (Multiprocessors)]

SD C.1.2

Processors, Associative

SD B.4.1

Processors [Data Communications Devices]

SD I.3.1

Processors, Graphics [Computer Graphics]

SD C.1.2

Processors, Multiple-instruction-stream, multiple-data-stream (MIMD)

SD C.1.1

Processors, Multiple-instruction-stream, single-data-stream (SIMD)

SD C.1.2

Processors, Parallel [Multiple Data Stream Architectures (Multiprocessors)]

SD C.1.2

Processors, Pipeline [Multiple Data Stream Architectures (Multiprocessors)]

SD C.1.1

Processors, Pipeline [Single Data Stream Architectures]

*** D.3.4

Processors [Programming Languages]

SD C.1.2

Processors, Single-instruction-stream, multiple-data-stream (MISD)

SD C.1.1

Processors, Single-instruction-stream, single-data-stream (SISD)

SD C.1.3

Processors, Stack-oriented

SD D.2.9

Productivity [Software Engineering]

SD J.7

Products, Consumer [Computer Applications]

** K.7

Profession, The Computing

SD F.3.3

Program and recursion schemes

*** F.3.3

Program Constructs, Studies of [Logics and Meanings of Programs]

SD D.2.3

Program editors

SD I.2.2

Program modification [Artificial Intelligence]

SD I.2.2

Program synthesis [Artificial Intelligence]

SD I.2.2

Program transformation [Artificial Intelligence]

SD H.2.5

Program translation [Database Management]

SD I.2.2

Program verification [Artificial Intelligence]

*** D.2.4

Program Verification [Software Engineering]

SD D.2.2

Programmer workbench

*** D.1.1

Programming, Applicative (Functional) [Programming Techniques]

*** I.2.2

Programming, Automatic [Artificial Intelligence]

*** D.1.2

Programming, Automatic [Programming Techniques]

*** D.1.3

Programming, Concurrent

SD D.1.3

Programming, Distributed

SD I.2.8

Programming, Dynamic [Artificial Intelligence]

*** D.2.6

Programming Environments [Software Engineering]

***° D.1.1

Programming, Functional [Programming Techniques]

SD G.1.6

Programming, Integer

** D.3

Programming Languages

*** I.2.5

Programming Languages and Software [Artificial Intelligence]

SD H.2.3

Programming languages, Database [Database Management]

*** F.3.2

Programming Languages, Semantics of [Logics and Meanings of Programs]

SD G.1.6

Programming, Linear

SD I.2.3

Programming, Logic [Deduction and Theorem Proving; Artificial Intelligence]

SD F.4.1

Programming, Logic [Mathematical Logic and Formal Languages]

*** D.1.6

Programming, Logic [Programming Techniques]

SD G.1.6

Programming, Nonlinear

*** D.1.5

Programming, Object-oriented

SD D.1.3

Programming, Parallel

*** D.1.4

Programming, Sequential [Programming Techniques]

SD D.2.2

Programming, Structured

SD D.3.3

Programming structures, Concurrent [Language Constructs]

SD D.2.9

Programming teams [Software Engineering]

** D.1

Programming Techniques

SD D.2.2

Programming, Top-down

*** D.1.7

Programming, Visual

*** D.4.9

Programs and Utilities, Systems [Operating Systems]

** F.3

Programs, Logics and Meanings of [Theory of Computation]

SD F.3.1

Programs, Logics of [Logics and Meanings of Programs]

*** F.3.1

Programs, Reasoning about [Logics and Meanings of Programs]

*** F.3.1

Programs, Specifying and Verifying and Reasoning about [Logicsand Meanings of Programs]

***° D.4.9

Programs, Systems [Operating Systems]

*** F.3.1

Programs, Verifying [Logics and Meanings of Programs]

*** K.6.1

Project and People Management

SD I.4.7

Projections [Image Processing]

SD F.2.2

Proof procedures, Complexity of

SD F.4.1

Proof theory [Mathematical Logic]

SD D.2.4

Proofs, Correctness [Software Engineering]

SD I.2.9

Propelling mechanisms [Robotics; Artificial Intelligence]

SD K.5.1

Proprietary rights [Software Protection]

SD H.2.0

Protection [Database Management]

SD D.2.0

Protection mechanisms [Software Engineering]

SD C.2.0

Protection, Security and [Computer-Communication Networks]

*** K.6.5

Protection, Security and [Management of Computing and Information Systems]

*** D.4.6

Protection, Security and [Operating Systems]

*** K.5.1

Protection, Software [Legal Aspects of Computing]

SD C.2.2

Protocol architecture

SD C.2.2

Protocol verification

*** C.2.2

Protocols, Network [Computer-Communication Networks]

SD D.2.m

Prototyping, Rapid [Software Engineering]

*** I.2.3

Proving, Deduction and Theorem

SD F.4.1

Proving, Mechanical theorem [Mathematical Logic and Formal Languages]

SD I.4.4

Pseudoinverse restoration [Image Processing]

SD G.1.3

Pseudoinverses [Numerical Linear Algebra]

SD J.4

Psychology [Computer Applications]

SD D.m

Psychology, Software

SD E.3

Public key cryptosystems

SD C.2.3

Public networks

*** K.4.1

Public Policy Issues

SD J.7

Publishing [Computers in Other Systems]

SD I.7.2

Publishing, Desktop

SD° F.1.1

Push-down automata