Preliminary results on estimation of signal fading on telecommunication satellite telemetry signals with hybrid numerical weather prediction and artificial neural network approach under presence of aerosol effect.
Arif Armagan GozutokUmit Cezmi YilmazSelman DemirelPublished in: Int. J. Satell. Commun. Netw. (2022)
Keyphrases
- weather prediction
- remote sensing
- artificial neural networks
- signal processing
- signal reconstruction
- weather data
- signal detection
- instantaneous frequency
- original signal
- radio frequency
- image processing
- biomedical signals
- signal acquisition
- multidimensional signals
- neural network
- heart rate
- high resolution
- acoustic emission
- white noise
- low signal to noise ratio
- spectrum analysis
- signal analysis
- received signal
- non stationary
- spectral analysis
- autocorrelation function
- gaussian white noise
- frequency spectrum
- input signals
- image analysis
- ecg signals
- slowly varying
- signal to noise ratio
- correlation function
- single channel
- empirical mode decomposition
- fundamental frequency
- hilbert transform
- frequency hopping
- power spectral density
- control signals
- hilbert huang transform
- compressive sensing
- acoustic signal
- soft threshold
- polar fourier
- condition monitoring
- bandpass
- wireless channels
- frequency modulation
- space shuttle
- signal strength
- band limited
- sound source
- signal noise ratio
- modulation scheme
- multipath
- back propagation
- computer vision