Effects of Electromagnetic Noise and Interference on Performance of Military Radio Communication Systems

Abstract : Partial Contents: Radio Characteristics and Their System Performance Implications; Balloon Measurements of Low Frequency TE and TM Atmospheric Noise; Lighting Generation of Low-Frequency TE Atmospheric Noise; VLF Radio Noise; A new Global Survey of ELF/VLF Radio Noise; Man-Made Radio Noise and Interference (Invited); Transhorizon Cochannel Interference Path Measurements in Europe; Experimental Observations of Spectral Occupancy At HF; Noise Measurement Systems/Techniques; Signal Noise/Interferer Combiner Unit-Programmable (SINCUP); Effects of Noise and Interference on System Performance (Invited); The Design and Performance of an Adaptive, Packet-Switched HF Data Terminal; Design Considerations for an Automated HF Data Network with Adaptive Channel Selection; Experimental Robust HF Modems Incorporating Adaptive Excision; Artificial Intelligence in HF Communications Systems; Processing Techniques for Radio Communications in Non-Gaussian Noise Environments; Improved Coding and Control of HF Systems in a Non-Gaussian Noise Environment; Electromagnetic Code for Naval Applications; Narrative Compression Coding for a Channel with Errors; New Method For Suppression of Goniometer DF Errors by Radio Noise From Overhead Power Lines; Jamming and Electronic Countermeasures; ECM Resistance in the HF band by Use of Adaptive Reaction and Frequency Hopping.