Keywords - F

Level Category

Words and Phrases

SD H.3.4

Fact retrieval systems [Information Storage and Retrieval]

SD° F.2.1

Factoring

SD H.1.2

Factors, Human

SD° F.2.1

Fast Fourier transform

*** B.1.3

Fault-Tolerance, Control Structure Reliability, Testing, and [Control Structures and Microprogramming]

SD D.4.5

Fault-tolerance [Operating Systems]

*** B.2.3

Fault-Tolerance, Reliability, Testing, and [Arithmetic and Logic Structures]

*** B.4.5

Fault-Tolerance, Reliability, Testing, and [Input/Output and Data Communications]

*** B.3.4

Fault-Tolerance, Reliability, Testing, and [Memory Structures]

SD I.4.6

Feature detection, Edge and [Image Processing]

SD I.5.2

Feature evaluation and selection [Pattern Recognition]

*** I.4.7

Feature Measurement [Image Processing]

*** D.3.3

Features, Language Constructs and [Programming Languages]

SD B.4.3

Fiber optics [Input/Output and Data Communications]

SD A.0

Fiction [General Literature]

SD F.2.1

Fields, Computations in finite

SD D.4.3

File organization [File Systems Management; Operating Systems]

SD H.3.2

File organization [Information Storage and Retrieval]

SD D.4.3

File systems, Distributed [Operating Systems]

*** D.4.3

File Systems Management [Operating Systems]

** E.5

Files [Data]

SD I.3.4

Files, Meta [Computer Graphics]

SD I.4.3

Filtering [Enhancement; Image Processing]

SD I.4.4

Filtering, Inverse [Restoration; Image Processing]

SD I.4.4

Filtering, Kalman

SD I.4.4

Filtering, Wiener

SD J.1

Financial [Computer Applications]

SD J.5

Fine and performing arts [Computer Applications]

SD° F.1.1

Finite automata

SD G.1.4

Finite difference methods

SD G.1.8

Finite element methods

SD F.2.1

Finite fields, Computations in

SD B.1.4

Firmware engineering [Control Structures and Microprogramming]

SD B.1.5

Firmware support of operating systems/instruction sets [Microcode Applications]

SD D.2.2

Flow charts

SD D.4.6

Flow controls, Information

SD K.4.1

Flow, Transborder data [Computers and Society]

*** D.3.1

Formal Definitions and Theory [Programming Languages]

** F.4

Formal Languages, Mathematical Logic and [Theory of Computation]

*** F.4.3

Formal Languages [Mathematical Logic and Formal Languages]

SD B.1.2

Formal models [Control Structures and Microprogramming]

SD B.4.4

Formal models [Input/Output and Data Communications]

SD B.3.3

Formal models [Memory Structures]

SD E.4

Formal models of communication [Coding and Information Theory]

*** I.2.4

Formalisms and Methods, Knowledge Representation [Artificial Intelligence]

SD I.7.2

Format and notation [Text Processing]

SD I.2.8

Formation, Plan [Artificial Intelligence]

SD H.5.2

Forms [Information Interfaces and Presentation]

SD H.2.1

Forms, Normal [Database Management]

SD G.1.1

Formulas, Difference

SD G.1.1

Formulas, Interpolation

SD H.3.3

Formulation, Query [Information Storage and Retrieval]

SD C.2.1

Forward networks, Store and [Computer-Communication Networks]

SD I.2.0

Foundations, Philosophical [Artificial Intelligence]

SD° F.2.1

Fourier transform, Fast

SD I.3.7

Fractals [Computer Graphics]

SD I.3.3

Framebuffer operations, Bitmap and [Computer Graphics]

SD I.2.4

Frames and scripts [Knowledge Representation Formalisms and Methods]

SD G.1.9

Fredholm equations

SD G.1.2

Function approximation, Elementary

SD F.4.1

Function theory, Recursive

SD F.3.3

Functional constructs [Logics and Meanings of Programs]

***° D.1.1

Functional Programming

SD G.2.1

Functions, Generating

SD° D.3.3

Functions, procedures, and subroutines [Language Constructs]

SD I.4.8

Fusion, Sensor [Image Processing]

SD I.2.3

"Fuzzy," and probabilistic reasoning, Uncertainty [Artificial Intelligence]

SD I.5.1

Fuzzy Set [Models; Pattern Recognition]