Keywords - M

Level Category

Words and Phrases

SD I.2.7

Machine translation [Artificial Intelligence]

SD F.1.3

Machine-independent complexity

SD B.1.4

Machine-independent microcode generation

SD C.1.2

Machines, Connection [Processor Architectures]

*** H.2.6

Machines, Database

SD F.1.1

Machines, Networks of

SD° F.1.1

Machines, Random access

SD F.1.1

Machines, Self-modifying

SD° F.1.1

Machines, Turing

***° H.1.2

Machine/User Systems

SD D.3.2

Macro and assembly languages

SD B.3.2

Magnetic [Memory Structures]

SD H.4.3

Mail, Electronic

*** C.5.1

"Mainframe" [Computer System Implementation]

SD D.4.2

Main memory [Operating Systems]

***° C.5.1

Mainframe Computers

*** D.2.7

Maintenance, Distribution and [Software Engineering]

SD D.4.3

Maintenance [File Systems Management]

*** K.8.3

Maintenance [Personal Computing]

SD K.6.3

Maintenance, Software

GT GT

Management

SD K.6.4

Management audit [Management of Computing and Information Systems]

*** D.4.4

Management, Communications [Operating Systems]

SD K.6.2

Management, Computing equipment

** H.2

Management, Database

SD B.m

Management, Design [Hardware]

SD D.3.3

Management, Dynamic storage [Programming Languages]

*** D.4.3

Management, File Systems

SD° H.4.2

Management Information Systems (MIS)

*** K.6.2

Management, Installation

SD C.2.3

Management, Network

** K.6

Management of Computing and Information Systems

*** D.4.1

Management, Process [Operating Systems]

*** K.6.1

Management, Project and People

*** K.6.3

Management, Software

SD D.2.9

Management, Software configuration

*** D.2.9

Management [Software Engineering]

*** D.4.2

Management, Storage [Operating Systems]

*** K.6.4

Management, System

SD H.5.2

Management systems, User interface

SD K.6.1

Management techniques [Management of Computing and Information Systems]

SD D.4.4

Management, Terminal

SD H.4.1

Management, Time [Information Systems Applications]

*** K.8.3

Management/Maintenance [Personal Computing]

SD D.4.9

Managers, Window [Operating Systems]

** I.1

Manipulation, Algebraic

SD H.5.2

Manipulation, direct [Information Interfaces and Presentation]

SD B.1.5

Manipulation, Direct data

SD I.4.3

Manipulation, Grayscale

SD H.2.3

Manipulation languages, Data

SD I.2.9

Manipulators [Robotics; Artificial Intelligence]

SD J.1

Manufacturing [Computer Applications]

SD J.6

Manufacturing, Computer-aided (CAM) [Computer Applications]

SD H.5.1

Maps, Hypertext navigation and [Information Interfaces and Presentation]

SD J.1

Marketing [Computer Applications]

SD K.1

Markets [The Computer Industry]

SD B.3.2

Mass storage (e.g., magnetic, optical)

SD F.2.2

Matching, Pattern

SD I.2.3

Mathematical induction

*** F.4.1

Mathematical Logic

** F.4

Mathematical Logic and Formal Languages

** G.4

Mathematical Software

SD J.2

Mathematics and statistics [Computer Applications]

** G.2

Mathematics, Discrete

* G

Mathematics of Computing

SD F.2.1

Matrices, Computations on [Numerical Linear Algebra]

SD G.1.3

Matrix inversion [Numerical Linear Algebra]

** F.3

Meanings of Programs, Logics and

GT GT

Measurement

*** I.4.7

Measurement, Feature

SD K.6.2

Measurement, Performance, and Usage [Management of Computing and Information Systems]

SD C.4

Measurement techniques [Performance of Systems]

SD D.4.8

Measurements [Performance; Operating Systems]

SD D.2.8

Measures, Complexity [Metrics; Software Engineering]

SD D.2.8

Measures, Performance [Metrics; Software Engineering]

SD F.1.3

Measures, Relations among Complexity [Complexity Classes; Computation by Abstract Devices]

SD I.5.3

Measures, Similarity [Clustering; Pattern Recognition]

*** F.2.3

Measures, Tradeoffs among Complexity [Analysis of Algorithms and Problem Complexity]

SD F.4.1

Mechanical theorem proving

SD F.3.1

Mechanical verification [Logics and Meanings of Programs]

SD I.2.9

Mechanisms, Propelling [Robotics; Artificial Intelligence]

SD D.2.0

Mechanisms, Protection [Software Engineering]

SD I.1.3

Mechanisms, Substitution [Languages and Systems; Algebraic Manipulation]

SD I.7.2

Media, Multi/mixed [Text Processing]

SD J.3

Medical information systems [Computer Applications]

** J.3

Medical Sciences, Life and [Computer Applications]

SD I.2.1

Medicine and science [Artificial Intelligence]

*** C.5.1

Medium Computers, Large and

SD B.3.2

Memories, Associative [Memory Structures]

SD B.3.2

Memories, Cache [Memory Structures]

SD D.4.2

Memories, Distributed [Operating Systems]

SD B.3.2

Memories, Interleaved [Memory Structures]

SD B.6.1

Memory control and access [Logic Design; Hardware]

SD B.5.1

Memory design [Register-Transfer-Level Implementation]

SD D.4.2

Memory, Main [Operating Systems]

SD° C.1.2

Memory, Multiport [Multiple Data Stream Architectures (Multiprocessors)]

SD B.3.2

Memory, Primary [Memory Structures]

SD B.3.2

Memory, Sequential-access [Memory Structures]

SD B.3.2

Memory, Shared [Memory Structures]

** B.3

Memory Structures [Hardware]

SD B.7.1

Memory technologies [Integrated Circuits]

SD B.6.1

Memory used as logic [Logic Design; Hardware]

SD B.3.2

Memory, Virtual [Memory Structures]

SD D.4.2

Memory, Virtual [Storage Management; Operating Systems]

SD H.5.2

Menus [Information Interfaces and Presentation]

SD D.4.4

Message sending [Communications Management; Operating Systems]

SD I.3.4

Meta files [Computer Graphics]

SD I.2.3

Metatheory [Deduction and Theorem Proving; Artificial Intelligence]

SD G.1.8

Method of lines [Partial Differential Equations]

SD D.2.10

Methodologies [Design; Software Engineering]

* I

Methodologies,Computing

SD I.6.5

Methodologies, Modeling

SD D.2.1

Methodologies [Software Engineering]

*** I.3.6

Methodology and Techniques [Computer Graphics]

*** I.5.2

Methodology, Design [Pattern Recognition]

SD C.0

Methodology, Systems specification [Computer Systems Organization]

SD H.3.1

Methods, Abstracting [Information Storage and Retrieval]

SD H.2.2

Methods, Access [Database Management]

SD D.4.3

Methods, Access [File Systems Management; Operating Systems]

SD I.4.2

Methods, Approximate [Image Processing]

SD G.1.8

Methods, Difference [Numerical Analysis]

SD G.1.3

Methods, direct and iterative [Numerical Analysis]

SD G.1.4

Methods, Finite difference [Quadrature and Numerical Differentiation]

SD G.1.8

Methods, Finite element [Partial Differential Equations]

SD G.1.5

Methods for Polynomials [Roots of Nonlinear Equations]

SD G.1.6

Methods, Gradient [Optimization]

SD I.2.8

Methods, Heuristic [Artificial Intelligence]

SD H.3.1

Methods, Indexing [Information Storage and Retrieval]

SD G.1.4

Methods, Iterative [Quadrature and Numerical Differentiation]

SD G.1.5

Methods, Iterative [Roots of Nonlinear Equations]

*** I.2.4

Methods, Knowledge Representation Formalisms and [Artificial Intelligence]

SD G.1.6

Methods, Least squares [Optimization]

SD G.1.7

Methods, Multistep [Ordinary Differential Equations]

SD I.4.5

Methods, Series expansion [Reconstruction; Image Processing]

SD G.1.7

Methods, Single step [Ordinary Differential Equations]

SD I.4.5

Methods, Summation [Reconstruction; Image Processing]

SD H.5.2

Methods, Theory and [Information Interfaces and Presentation]

SD I.4.5

Methods, Transform [Reconstruction; Image Processing]

*** D.2.8

Metrics [Software Engineering]

*** B.1.5

Microcode Applications

SD B.1.4

Microcode generation, Machine-independent

*** C.5.3

Microcomputers [Computer System Implementation]

SD B.7.1

Microcomputers, Microprocessors and [Integrated Circuits]

SD C.3

Microprocessor/Microcomputer applications[Special-Purpose and Application-Based Systems]

SD B.7.1

Microprocessors and microcomputers [Integrated Circuits]

SD C.5.3

Microprocessors [Computer System Implementation]

SD° B.1.4

Microprogram compilers

*** B.1.4

Microprogram Design Aids

SD° B.1.4

Microprogram languages

SD B.1.1

Microprogrammed logic arrays

** B.1

Microprogramming, Control Structures and [Hardware]

SD D.3.2

Microprogramming languages [Programming Languages]

* K

Milieux, Computing

SD J.1

Military [Computer Applications]

SD J.7

Military Systems [Computer Applications]

SD C.1.2

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

*** C.5.2

Minicomputers [Computer System Implementation]

SD G.1.2

Minimax approximation and algorithms

SD° H.4.2

MIS (Management Information Systems)

SD C.1.1

MISD (Multiple-instruction-stream, single-data-streamprocessors)

SD I.6.1

Model classification [Simulation Theory]

*** I.6.5

Model Development [Simulation and Modeling]

SD C.2.0

Model, Open System Interconnection reference (OSI)

SD F.4.1

Model theory [Mathematical Logic]

*** I.6.4

Model Validation and Analysis [Simulation and Modeling]

SD D.4.8

Modeling and prediction [Performance; Operating Systems]

SD I.2.10

Modeling and recovery of physical attributes [Vision and Scene Understanding; Artificial Intelligence]

*** I.6.3

Modeling and Simulation Applications

*** I.3.5

Modeling, Computational Geometry and Object [Computer Graphics]

SD I.6.5

Modeling methodologies [Simulation and Modeling]

*** I.3.5

Modeling, Object [Computer Graphics]

SD I.3.5

Modeling packages [Computer Graphics]

SD I.3.5

Modeling, Physically based [Computer Graphics]

** I.6

Modeling, Simulation and [Computing Methodologies]

SD C.4

Modeling techniques [Performance of Systems]

** H.1

Models and Principles [Information Systems]

SD H.2.1

Models, Data [Database Management]

SD I.5.1

Models, Deterministic [Pattern Recognition]

SD B.1.2

Models, Formal [Control Structures and Microprogramming]

SD B.4.4

Models, Formal [Input/Output and Data Communications]

SD B.3.3

Models, Formal [Memory Structures]

SD I.5.1

Models, Fuzzy set [Pattern Recognition]

SD I.5.1

Models, Geometric [Pattern Recognition]

SD I.2.7

Models, Language

SD E.4

Models of communication, Formal [Coding and Information Theory]

*** F.1.1

Models of Computation [Computation by Abstract Devices]

*** I.5.1

Models [Pattern Recognition]

SD F.1.1

Models, Relations among

SD H.3.3

Models, Retrieval [Information Storage and Retrieval]

SD I.5.1

Models, Statistical [Pattern Recognition]

SD I.5.1

Models, Structural [Pattern Recognition]

SD H.5.3

Models, Theory and [Information Interfaces and Presentation]

*** F.1.2

Modes of Computation

SD F.1.2

Modes, Relations among [Modes of Computation]

SD I.2.2

Modification, Program [Artificial Intelligence]

SD D.2.2

Modules and interfaces [Software Engineering]

SD D.3.3

Modules, packages [Language Constructs; Programming Languages]

SD I.4.7

Moments [Image Processing]

SD C.2.3

Monitoring, Network

SD D.4.8

Monitors [Performance; Operating Systems]

SD D.2.5

Monitors [Testing and Debugging; Software Engineering]

SD G.3

Monte Carlo algorithms

SD I.6.8

Monte Carlo [Simulation and Modeling]

SD I.4.10

Morphological [Image Processing]

SD I.2.10

Motion [Artificial Intelligence]

SD H.5.2

Mouse [Information Interfaces and Presentation]

SD I.4.10

Multidimensional [Image Processing]

*** H.5.1

Multimedia Information Systems

SD I.7.2

Multi/mixed media [Text Processing]

*** C.1.2

Multiple Data Stream Architectures (Multiprocessors)

SD G.1.4

Multiple quadrature

SD C.1.2

Multiple-data-stream, Multiple-instruction-stream processors (MIMD)

SD C.1.2

Multiple-data-stream, Single-instruction-stream processors (SIMD)

SD C.1.2

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

SD C.1.1

Multiple-instruction-stream, single-data-stream processors (MISD)

SD° C.1.2

Multiport memory [Multiple Data Stream Architectures (Multiprocessors)]

SD D.4.1

Multiprocessing/multiprogramming [Operating Systems]

*** C.1.2

Multiprocessors [Multiple Data Stream Architectures; Processor Architectures]

SD D.4.1

Multiprogramming/multiprocessing [Operating Systems]

SD G.1.7

Multistep methods [Oridnary Differential Equations]

SD J.5

Music [Computer Applications]

SD D.4.1

Mutual exclusion [Operating Systems]