Optimum reception in the presence of impulsive noise
Abstract
A mathematical model is developed to describe optimum reception in the presence of impulsive noise. Two types of interference are identified: that arising from sources whose emission spectra are either broader or narrower than the receiver bandpass. With reference to the first type of interference, the canonical structure of the optimum coherent detector is found along with explicit bounds on its performance in terms of three types of coherent binary digital transmission. Expressions are derived for the expected performance of receivers subjected to highly non-Gaussian interference.
- Publication:
-
Electromagnetic Compatibility
- Pub Date:
- 1977
- Bibcode:
- 1977elco.proc..509S
- Keywords:
-
- Electromagnetic Noise;
- Optimization;
- Pulse Communication;
- Radio Frequency Interference;
- Signal To Noise Ratios;
- Background Noise;
- Canonical Forms;
- Error Analysis;
- Impulses;
- Radio Receivers;
- Communications and Radar