Noncoherent detection of signals through randomly time-varying channels.
Noncoherent detection of telemetry data transmitted through randomly time varying channel and subject to additive Gaussian noise, deriving error probability
Engineering topics
Publications and source records attributed to Lindsey, W. C..
Noncoherent detection of telemetry data transmitted through randomly time varying channel and subject to additive Gaussian noise, deriving error probability
Data transition tracking in digital communication systems by decision directed phase tracking loops
System performance of phase coherent receivers preceded by bandpass limiters
Design and performance of frequency multiplexed phase-modulated communication systems
Modulation indexes for two-channel phase coherent communication system determining data rate yielding predetermined bit-error probability
Block coded frequency multiplexed PM COMMUNICATION system design and performance, considering simplification, cost and weight
Phase locked results for low SNRs pertaining to phase errors probability, cumulative and variance distribution, including time intervals between cycle-slipping
Error probabilities for partially coherent diversity reception, noting linearized receiver performance during random noise output
Model distribution for phase error in second-order phase locked loop used to complement analytical model in signal to noise region
Nonlinear behavior of second-order phase locked loop in presence of noise, discussing probability distribution of phase error, statistical properties of loop behavior, etc
Optimal design of one-way and two-way coherent communication links for space communication
Graph and derivation of performance characteristics of phase-shift-keyed communication systems where receiver phase rerference is noisy
Improvements to be realized through use of single channel black coded communication system
Optimal design of one-way and two-way coherent communication links for space communication
Error probability computation for incoherent diversity reception in multichannel communications
Optimal design of coherent communication links
Four linear modulation-demodulation techniques with coherent demodulation for space communication
Binary digits encoding into orthogonal signals with white Gaussian noise for noncoherent communications over Rician channel