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Keyphrases
Multiple Access Network
100%
Block Transform
100%
Karhunen-Loève Transform
100%
Spread Spectrum
100%
Direct-sequence Code-division multiple Access
100%
Source Code
50%
Code Division multiple Access
50%
Industry Standards
50%
Optimal Block Size
50%
Rayleigh Fading Channel
50%
Golden Code
50%
Walsh Code
50%
Additive White Gaussian Noise
50%
Channel Condition
50%
Processing Applications
50%
Spread Spectrum Code
50%
Orthogonal Codes
50%
Orthogonal Spreading Codes
50%
Bit Error Rate Performance
50%
Orthogonal Blocks
50%
Optimal Design Method
50%
Eigenanalysis
50%
Spectral Processing
50%
Compaction Energy
50%
Spreading Codes
50%
Computer Science
Loéve Transform
100%
Spread Spectrum
100%
Code Division Multiple Access
100%
Block Transform
66%
Spreading Code
66%
Frequency Domain
33%
Fading Channel
33%
Industry Standard
33%
Channel Condition
33%
Additive White Gaussian Noise
33%
Basis Function
33%
Flat Fading
33%
Eigen Analysis
33%
Engineering
Spread Spectrum
100%
Code Division Multiple Access
100%
Block Transform
66%
Time Domain
33%
Bit Error Rate
33%
Frequency Domain
33%
Industry Standard
33%
Flat Fading Channel
33%
Energy Compaction
33%
Channel Condition
33%
Additive White Gaussian Noise
33%
Basis Function
33%
Orthogonal Code
33%
Optimal Design Method
33%
Spectral Processing
33%
Eigen Analysis
33%
Mathematics
Direct Sequence
100%
Code Division Multiple Access
100%
Block Transform
66%
Error Rate
33%
Frequency Domain
33%
Time Domain
33%
Rayleigh
33%
Processing Application
33%
Basis Function
33%
Bit Error
33%
Optimal Design
33%
Random Noise
33%