A space communications study Final report, 15 Sep. 1968 - 15 Sep. 1969
Analog and digital signal reception problems through noisy channels, and computerized digital TV system for space communications
Engineering topics
Publications and source records attributed to Clarke, K. K..
Analog and digital signal reception problems through noisy channels, and computerized digital TV system for space communications
Harmonic distortion in frequency demodulator using feedback, delta modulation, recursive signal processing techniques, and multipath fading
Frequency locked loop optimization, showing advantages in frequency shift keying detection and FM signal demodulation
Frequency modulated feedback system and frequency locked loop system for space communications
Transmitting and receiving analog and digital signals through noisy media - space communications study
Threshold performance of phase locked loop demodulators, equivalence of frequency modulated threshold extension receivers, and frequency modulation multipath interference
Wideband FM signal generation without frequency deviation or modulation frequency limitations by wave shaping FM triangular wave, discussing transmitter receiver distortion
Frequency locked loop /FLL/ to optimize loop filter and quantization of amplitude channel
Theoretical, and experimental studies on frequency locked loop outputs
Frequency locked loop FM demodulator with high noise threshold
Discriminator threshold and SNR above threshold response when demodulating FM signal undergoing selective fading
Space communications studies of optimal signal reception, threshold extension, signal detection against noise, channel simulation, and synchronization techniques
Reception of frequency modulated signals passed through deterministic and random time-varying channels
Phase lock loops, FM discriminator, and other devices for space communications
Fading signal plus additive Gaussian noise applied to frequency modulation discriminator for determining fading effects on threshold