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Noise jamming performance of FH/DPSK with coding and diversity
Yu-Ted Su
*
, William C. Lindsey
*
Corresponding author for this work
Department of Electrical and Computer Engineering
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Keyphrases
Differential Phase Shift Keying
100%
Frequency Hopping
100%
Noise Jamming
100%
Diversity Combiners
100%
Jamming Performance
100%
Convolutional Codes
50%
Constraint Length
50%
Cutting Rate
50%
Soft Decision
50%
Performance Behavior
50%
Rate Performance
50%
Bit Error Probability
50%
Combining Schemes
50%
Partial-band Jamming
50%
Energy Criterion
50%
Energy Options
50%
Data Detector
50%
L-diversity
50%
Engineering
Energy Engineering
100%
Data Rate
100%
Phase-Shift Keying
100%
Differential Phase Shift
100%
Combiner
100%
Constraint Length
50%
Convolutional Code
50%
Bit Error
50%