Capacity and coding in the presence of fading and jamming
Abstract
The capacity of noncoherent FSK in the presence of fading and partial band jamming is presented. It is observed that for both partial band jamming and fading there is an optimal nonzero code rate that minimizes the energy per bit required to achieve reliable communication. For low enough code rates uniform jamming is the best strategy that the jammer can adopt. We also give results for Reed-Solomon codes on the partial-band jamming channel.
- Publication:
-
NTC 1981; National Telecommunications Conference, Volume 1
- Pub Date:
- 1981
- Bibcode:
- 1981ntc.....1....7S
- Keywords:
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- Communication Theory;
- Frequency Shift Keying;
- Jamming;
- Signal Encoding;
- Signal Fading;
- Binary Data;
- Channel Capacity;
- Channels (Data Transmission);
- Codes;
- Electronic Countermeasures;
- White Noise;
- Communications and Radar