Coherent pairing of the second kind for strongly interacting fermions
Coherent paired states for strongly interacting fermions
FERMION↗
SEARCH · Engineering Papers
Results for “Coherence”
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Asymptotic performance characteristics for the adaptive coherent multireceiver and noncoherent multireceiver operating through the rician fading multichannel.
Asymptotic performance characteristics of adaptive coherent and noncoherent multireceivers for random multichannel transmission
MULTICHANNEL RECEIVER↗
Optimum detection and signal selection for partially coherent binary communication.
Optimum detection and signal selection for partially coherent binary communication
SIGNAL DETECTION↗
Coherent fdm/fm telephone communication
Coherent frequency-division-multiplex/frequency modulation telephone reception for satellite repeater system
TELEPHONY↗
Optimal design of one-way and two-way coherent communication links
Optimal design of coherent communication links
OPTIMIZATION↗
Error probabilities for coherent receivers in specular and random channels.
Variation of coherent correlation receiver performance characteristics caused by transmitted signal corrupted by Rician fading phenomena and additive Gaussian noise
SIGNAL FADING↗
Optimum detection and signal selection for partially coherent binary communication.
Optimum detection of partially coherent binary signals obtaining error probabilities as function of energy-to-noise ratio
SIGNAL TO NOISE RATIO↗
Optimum coherent linear demodulation.
Four linear modulation-demodulation techniques with coherent demodulation for space communication
MODULATION TECHNIQUE↗
Correlation of coherent oscillations and hall currents in the linear hall accelerator.
Coherent oscillations and Hall currents observed in plasma accelerator with electrostatic probe
PLASMA OSCILLATION↗
On signal and noise level estimation in a coherent PCM channel
Joint maximum likelihood estimates for signal amplitude and noise power density in coherent pulse code modulation channel with white Gaussian noise and correlation receiver
SIGNAL TO NOISE RATIO↗
Coherent neutron proton-hole excitations in nuclei
Coherent neutron proton-hole excitations in zirconium 90 and yttrium 90
EXCITED STATE↗
Phase-coherent and comma-free biorthogonal telemetry system.
Logical design for phase-coherent and comma-free biorthogonal telemetry system less RF carrier
DIGITAL COMMUNICATIONS SYSTEM↗
On signal and noise level estimation in a coherent PCM channel.
Joint maximum likelihood estimator for signal amplitude and noise power density in coherent PCM CHANNEL with white Gaussian noise
SIGNAL ANALYSIS↗
Optimal design of one-way and two-way coherent communication links.
Optimal design of one-way and two-way coherent communication links for space communication
OPTIMIZATION↗
Signal detection techniques for a discrete- frequency, phase-coherent pulse frequency modulation /PFM/ telemetry signal.
Signal detection techniques for discrete- frequency, phase-coherent pulse frequency modulation telemetry system, using analog and digital circuits
PULSE FREQUENCY MODULATION /PFM/↗
Optimal design of one-way and two-way coherent communication links.
Optimal design of one-way and two-way coherent communication links for space communication
PHASE-SHIFT KEYING↗
Singularities in the coherent diffuse scattering of X rays.
Von Laue and Cowley diffraction theories of coherent diffuse X-ray scattering from random alloys, predicting diffuse intensity singularities at reciprocal lattice points
DIFFRACTION PATTERN↗
Classification and Evaluation of Coherent Synchronous Sampled-Data Telemetry Systems
This paper analyzes the various types of continuous wave and pulse modulation for the transmission of sampled data over channels perturbed by white gaussian noise. Optimal coherent synchronous detection schemes for all the different modulation methods are shown to belong to one of two general classes: linear synchronous detection and correlation detection. The figures of merit, mean-square signal-to-error ratio and bandwidth occupancy, are determined for each system and compared.
Viterbi, Andrew↗