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Efficient FFT network testing and diagnosis schemes
Jin Fu Li
, Cheng Wen Wu
Department of Electrical Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
3
Scopus citations
Overview
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Dive into the research topics of 'Efficient FFT network testing and diagnosis schemes'. Together they form a unique fingerprint.
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Keyphrases
Fast Fourier Transform
100%
Transform Network
100%
Diagnosis Scheme
100%
Testing Scheme
100%
Network Diagnosis
100%
Network Testing
100%
16-bit
28%
Hardware Overhead
28%
Design for Testability
28%
Subtract
28%
Network Size
28%
Test Vector
14%
Operand
14%
Testing Design
14%
Novel Design
14%
Testability
14%
Butterfly
14%
Diagnosability
14%
Combinational
14%
Fault Coverage
14%
Word Length
14%
Network Design
14%
High Quality Products
14%
Offline Testing
14%
Diagnosis Complexity
14%
Deterministic Algorithm
14%
Module Level
14%
Blocking Mechanism
14%
Design-for-diagnosis
14%
Fault Propagation Path
14%
Detect Fault
14%
Fault-tolerance Techniques
14%
Effective Testing
14%
Bijectivity Properties
14%
Engineering
Fast Fourier Transform
100%
Testability
42%
Hardware Overhead
28%
Fits and Tolerances
14%
Propagation Path
14%
Bit Number
14%
High Quality Product
14%
Computer Science
Fast Fourier Transform
100%
Hardware Overhead
28%
fault-tolerance
14%
Fault Coverage
14%
Word Length
14%
Network Design
14%
Tolerance Technique
14%
Propagation Path
14%
Computer Hardware
14%