Uses of Class
agi.foundation.communications.signalprocessing.SignalProcessor

Packages that use SignalProcessor

Package	Description
agi.foundation.communications.antennas	Contains types for representing antennas, defining gain patterns, and processing electromagnetic signals.
agi.foundation.communications.signalprocessing	Contains types for representing communication hardware and processing electromagnetic signals.
agi.foundation.navigation.advanced.signalprocessing	Contains types for representing processing of GPS communication signals.
agi.foundation.radar	Contains types that perform radar system performance analysis.

Uses of SignalProcessor in agi.foundation.communications.antennas

Subclasses of SignalProcessor in agi.foundation.communications.antennas

Modifier and Type	Class and Description
class	AntennaSignalProcessor<TGainPattern extends BaseGainPattern> Abstract base class for all antenna signal processors.
class	OpticalAntennaSignalProcessor Represents a receiving optical antenna.
class	RadioFrequencyAntennaSignalProcessor Represents a receiving radio frequency (RF) antenna.

Methods in agi.foundation.communications.antennas that return SignalProcessor

Modifier and Type	Method and Description
SignalProcessor	ISignalToTransmitService.getInputSignalProcessor() Gets the SignalProcessor which produces the set of signals to transmit, just prior to passing through the antenna.
SignalProcessor	BaseTransmittingAntennaExtension.getInputSignalProcessor() Gets the signal processor which produces the set of signals to transmit through the antenna.
SignalProcessor	BaseDualPolarizedTransmittingAntennaExtension.getInputSignalProcessor() Gets the signal processor which produces the set of signals to transmit through the antenna.
SignalProcessor	AntennaSignalProcessor.getInputSignalProcessor() Gets the input to the signal processor.
SignalProcessor	BaseDualPolarizedReceivingAntennaExtension.getOrthogonalPolarizationOutputSignalProcessor() Gets the antenna signal processor which produces the antenna's orthogonal polarization channel signal output.
SignalProcessor	ISignalReceivedByAntennaService.getOutputSignalProcessor() Gets the SignalProcessor which produces the output of the antenna, after it has passed through the antenna and prior to any signal processing in the receiver.
SignalProcessor	BaseReceivingAntennaExtension.getOutputSignalProcessor() Gets the SignalProcessor which produces the antenna's signal output.
SignalProcessor	BaseDualPolarizedReceivingAntennaExtension.getPrimaryPolarizationOutputSignalProcessor() Gets the antenna signal processor which produces the antenna's primary polarization channel signal output.

Methods in agi.foundation.communications.antennas with parameters of type SignalProcessor

Modifier and Type	Method and Description
protected boolean	AntennaSignalProcessor.checkForSameDefinition(SignalProcessor other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
void	BaseTransmittingAntennaExtension.setInputSignalProcessor(SignalProcessor value) Sets the signal processor which produces the set of signals to transmit through the antenna.
void	BaseDualPolarizedTransmittingAntennaExtension.setInputSignalProcessor(SignalProcessor value) Sets the signal processor which produces the set of signals to transmit through the antenna.
void	AntennaSignalProcessor.setInputSignalProcessor(SignalProcessor value) Sets the input to the signal processor.

Constructors in agi.foundation.communications.antennas with parameters of type SignalProcessor

Constructor and Description
BaseTransmittingAntennaExtension(SignalProcessor inputSignalProcessor, TGainPattern antennaGainPattern) Initialize a new instance based on the given gain pattern and a signal processor which produces the set of signals to transmit.
BaseTransmittingAntennaExtension(SignalProcessor input, TGainPattern antennaGainPattern, PolarizationSource polarizationSource) Initialize a new instance based on the given gain pattern, a signal processor which produces the set of signals to transmit, and a polarization source which generates the transmit polarization.
OpticalTransmittingAntennaExtension(SignalProcessor inputSignalProcessor, OpticalGainPattern antennaGainPattern) Initialize a new instance based on the given gain pattern and a signal processor which produces the set of signals to transmit.
OpticalTransmittingAntennaExtension(SignalProcessor input, OpticalGainPattern antennaGainPattern, PolarizationSource polarizationSource) Initialize a new instance based on the given gain pattern, a signal processor which produces the set of signals to transmit, and a polarization source which generates the transmit polarization.
RadioFrequencyTransmittingAntennaExtension(SignalProcessor inputSignalProcessor, RadioFrequencyGainPattern antennaGainPattern) Initialize a new instance based on the given gain pattern and a signal processor which produces the set of signals to transmit.
RadioFrequencyTransmittingAntennaExtension(SignalProcessor input, RadioFrequencyGainPattern antennaGainPattern, PolarizationSource polarizationSource) Initialize a new instance based on the given gain pattern, a signal processor which produces the set of signals to transmit, and a polarization source which generates the transmit polarization.

Uses of SignalProcessor in agi.foundation.communications.signalprocessing

Subclasses of SignalProcessor in agi.foundation.communications.signalprocessing

Modifier and Type	Class and Description
class	Amplifier Abstract class for an amplifier signal processor.
class	AvalanchePhotodiode Represents an Avalanche type photodiode photodetector (APD).
class	ConstantFrequencyMixer A signal processor which increases or decreases the frequency of the incoming signals by a constant offset.
class	ConstantGainAmplifier A signal processor which applies a gain to its input.
class	DigitalDataSource A digital data source which constructs a signal and adds a SignalDataRate property.
class	DigitalDemodulator<TModulation extends DigitalModulation> A signal processor based on a modulation method which decodes the input signal by removing the modulation and producing a base-band signal which retains all other data.
class	DigitalModulator<TModulation extends DigitalModulation> Takes an input Signal and adds the specified modulation as data to the signal, and sets the frequency of the carrier and the signal bandwidth based on the SpectralEfficiency (get).
class	LowNoiseAmplifier A signal processor which applies several gains to its input, representing a low noise amplifier.
class	OrthogonalPolarizationChannelSource A signal processor which marks the signals obtained from its input signal processor as originating from the orthogonal polarization channel.
class	Photodetector Base class for a photodetector signal processor.
class	Photodiode Base class for a photodiode photodetector.
class	PinPhotodiode Represents a PIN type photodiode photodetector.
class	PrimaryPolarizationChannelSource A signal processor which marks the signals obtained from its input signal processor as originating from the primary polarization channel.
class	PulsedSignalModulator A SignalProcessor that takes a base band radar waveform signal from its input and modulates it by adding a carrier frequency and bandwidth.
class	PulsedSignalSource A SignalSource which produces a pulsed signal.
class	RectangularFilter A filter which constrains the incoming signals into a specified bandwidth range, ignoring power spectral density.
class	SignalFilter Base class for all signal filters.
class	SignalSource A data source which produces the given signal to transmit.
class	VariableFrequencyMixer Model for a mixer where the output frequency is determined by a frequency in/frequency out polynomial.
class	VariableGainAmplifier Model of a non-linear amplifier where the output power is determined by an input back-off/output back-off (IBO/OBO) curve and intermodulation noise temperature can be added to the carrier using an input back-off/carrier to intermodulation noise spectral density (IBO/(C/No)Im) curve.

Methods in agi.foundation.communications.signalprocessing that return SignalProcessor

Modifier and Type	Method and Description
SignalProcessor	VariableGainAmplifier.getInputSignalProcessor() Gets the signal processor which produces the set of signals which this processor modifies.
SignalProcessor	VariableFrequencyMixer.getInputSignalProcessor() Gets the signal processor which produces the set of signals which this processor modifies.
SignalProcessor	SignalSource.getInputSignalProcessor() Gets the input to the signal processor.
abstract SignalProcessor	SignalProcessor.getInputSignalProcessor() Gets the input to the signal processor.
SignalProcessor	RectangularFilter.getInputSignalProcessor() Gets the signal processor which produces the set of signals which this processor modifies.
SignalProcessor	PulsedSignalModulator.getInputSignalProcessor() Gets the signal processor which produces the set of signals which this processor modifies.
SignalProcessor	PrimaryPolarizationChannelSource.getInputSignalProcessor() Gets the signal processor which produces the set of signals which this processor modifies.
SignalProcessor	Photodetector.getInputSignalProcessor() Gets the input to the signal processor.
SignalProcessor	OrthogonalPolarizationChannelSource.getInputSignalProcessor() Gets the signal processor which produces the set of signals which this processor modifies.
SignalProcessor	LowNoiseAmplifier.getInputSignalProcessor() Gets the signal processor which produces the set of signals which this processor modifies.
SignalProcessor	DigitalModulator.getInputSignalProcessor() Gets the signal processor which produces the set of signals which this processor modifies.
SignalProcessor	DigitalDemodulator.getInputSignalProcessor() Gets the signal processor which produces the set of signals which this processor modifies.
SignalProcessor	DigitalDataSource.getInputSignalProcessor() Gets the input to the signal processor.
SignalProcessor	ConstantGainAmplifier.getInputSignalProcessor() Gets the signal processor which produces the set of signals which this processor modifies.
SignalProcessor	ConstantFrequencyMixer.getInputSignalProcessor() Gets the signal processor which produces the set of signals which this processor modifies.
SignalProcessor	SignalProcessor.getSignalOutput() Gets the signal processor representing the output of the service provider.
SignalProcessor	SignalOutputExtension.getSignalOutput() Gets the signal processor providing the signal output used to calculate signal to noise ratio.
SignalProcessor	ISignalOutputService.getSignalOutput() Gets the signal processor representing the output of the service provider.

Methods in agi.foundation.communications.signalprocessing with parameters of type SignalProcessor

Modifier and Type	Method and Description
protected boolean	VariableFrequencyMixer.checkForSameDefinition(SignalProcessor other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	SignalSource.checkForSameDefinition(SignalProcessor other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected abstract boolean	SignalProcessor.checkForSameDefinition(SignalProcessor other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	SignalFilter.checkForSameDefinition(SignalProcessor other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	PulsedSignalModulator.checkForSameDefinition(SignalProcessor other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	PrimaryPolarizationChannelSource.checkForSameDefinition(SignalProcessor other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	Photodetector.checkForSameDefinition(SignalProcessor other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	OrthogonalPolarizationChannelSource.checkForSameDefinition(SignalProcessor other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	DigitalModulator.checkForSameDefinition(SignalProcessor other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	DigitalDemodulator.checkForSameDefinition(SignalProcessor other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	DigitalDataSource.checkForSameDefinition(SignalProcessor other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	ConstantFrequencyMixer.checkForSameDefinition(SignalProcessor other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
protected boolean	Amplifier.checkForSameDefinition(SignalProcessor other) Checks to determine if another instance has the same definition as this instance and returns true if it does.
void	VariableGainAmplifier.setInputSignalProcessor(SignalProcessor value) Sets the signal processor which produces the set of signals which this processor modifies.
void	VariableFrequencyMixer.setInputSignalProcessor(SignalProcessor value) Sets the signal processor which produces the set of signals which this processor modifies.
void	SignalSource.setInputSignalProcessor(SignalProcessor value) Sets the input to the signal processor.
abstract void	SignalProcessor.setInputSignalProcessor(SignalProcessor value) Sets the input to the signal processor.
void	RectangularFilter.setInputSignalProcessor(SignalProcessor value) Sets the signal processor which produces the set of signals which this processor modifies.
void	PulsedSignalModulator.setInputSignalProcessor(SignalProcessor value) Sets the signal processor which produces the set of signals which this processor modifies.
void	PrimaryPolarizationChannelSource.setInputSignalProcessor(SignalProcessor value) Sets the signal processor which produces the set of signals which this processor modifies.
void	Photodetector.setInputSignalProcessor(SignalProcessor value) Sets the input to the signal processor.
void	OrthogonalPolarizationChannelSource.setInputSignalProcessor(SignalProcessor value) Sets the signal processor which produces the set of signals which this processor modifies.
void	LowNoiseAmplifier.setInputSignalProcessor(SignalProcessor value) Sets the signal processor which produces the set of signals which this processor modifies.
void	DigitalModulator.setInputSignalProcessor(SignalProcessor value) Sets the signal processor which produces the set of signals which this processor modifies.
void	DigitalDemodulator.setInputSignalProcessor(SignalProcessor value) Sets the signal processor which produces the set of signals which this processor modifies.
void	DigitalDataSource.setInputSignalProcessor(SignalProcessor value) Sets the input to the signal processor.
void	ConstantGainAmplifier.setInputSignalProcessor(SignalProcessor value) Sets the signal processor which produces the set of signals which this processor modifies.
void	ConstantFrequencyMixer.setInputSignalProcessor(SignalProcessor value) Sets the signal processor which produces the set of signals which this processor modifies.
void	SignalOutputExtension.setSignalOutput(SignalProcessor value) Sets the signal processor providing the signal output used to calculate signal to noise ratio.

Constructors in agi.foundation.communications.signalprocessing with parameters of type SignalProcessor

Constructor and Description
AvalanchePhotodiode(SignalProcessor input, IServiceProvider parentReceiver, double fieldOfView, double wavelength, double bandwidth, double noiseTemperature, double efficiency, double darkCurrent, double loadImpedance, double noiseFactor, double gain, SignalComputation skySpectralRadiance, SignalComputation sunSpectralRadiantEmittance, double opticalBandpassFilterBandwidth) Initializes a new instance with given input signal processor, parent receiver, field-of-view, bandwidth, sky spectral radiance model, sun spectral radiant emittance model, optical bandpass filter bandwidth, noise temperature, efficiency, dark current, load impedance, noise factor, and gain.
AvalanchePhotodiode(SignalProcessor input, IServiceProvider parentReceiver, double fieldOfView, double wavelength, double bandwidth, double noiseTemperature, double efficiency, double darkCurrent, double loadImpedance, double noiseFactor, double gain, SignalComputation skySpectralRadiance, SignalComputation sunSpectralRadiantEmittance, double opticalBandpassFilterBandwidth, CentralBody centralBody) Initializes a new instance with given input signal processor, parent receiver, field-of-view, bandwidth, sky spectral radiance model, sun spectral radiant emittance model, optical bandpass filter bandwidth, noise temperature, efficiency, dark current, load impedance, noise factor, gain, central body.
ConstantFrequencyMixer(SignalProcessor input, double additiveFrequency, double noiseTemperature) Initializes a new instance from the given signal input, additive frequency, and noise temperature.
ConstantGainAmplifier(SignalProcessor input, double gain) Initializes a new instance from the given signal input, amplification gain, and noise temperature.
ConstantGainAmplifier(SignalProcessor input, double gain, double noiseFactor, double referenceTemperature) Initializes a new instance from the given signal input, amplification gain, noise factor, and reference temperature.
DigitalDemodulator(TypeLiteral<TModulation> typeLiteralTModulation, SignalProcessor inputSignalProcessor, IntendedSignalByModulation<TModulation> signalIdentifier) Initialize a new instance of the given type of modulation based on the given input signal.
DigitalModulator(SignalProcessor inputSignalProcessor, TModulation digitalModulation, double carrierFrequency) Initialize a new instance based on the given input and modulation.
LowNoiseAmplifier(SignalProcessor input, double preLnaGain, double lnaGain, double postLnaGain, double noiseFactor, double referenceTemperature) Initializes a new instance from the given signal input, amplification gains, noise factor, and reference temperature.
OrthogonalPolarizationChannelSource(SignalProcessor inputSignalProcessor) Initializes a new instance from the given signal input.
Photodetector(SignalProcessor input, IServiceProvider parentReceiver, double fieldOfView, double wavelength, double bandwidth, SignalComputation skySpectralRadiance, SignalComputation sunSpectralRadiantEmittance, double opticalBandpassFilterBandwidth, CentralBody centralBody) Initializes a new instance with given input signal processor, parent receiver, field-of-view, bandwidth, sky spectral radiance model, sun spectral radiant emittance model,optical bandpass filter bandwidth, and central body.
Photodiode(SignalProcessor input, IServiceProvider parentReceiver, double fieldOfView, double wavelength, double bandwidth, double noiseTemperature, double efficiency, double darkCurrent, double loadImpedance, SignalComputation skySpectralRadiance, SignalComputation sunSpectralRadiantEmittance, double opticalBandpassFilterBandwidth) Initializes a new instance with given input signal processor, parent receiver, field-of-view, bandwidth, sky spectral radiance model, sun spectral radiant emittance model, optical bandpass filter bandwidth, noise temperature, efficiency, dark current, and load impedance.
Photodiode(SignalProcessor input, IServiceProvider parentReceiver, double fieldOfView, double wavelength, double bandwidth, double noiseTemperature, double efficiency, double darkCurrent, double loadImpedance, SignalComputation skySpectralRadiance, SignalComputation sunSpectralRadiantEmittance, double opticalBandpassFilterBandwidth, CentralBody centralBody) Initializes a new instance with given input signal processor, parent receiver, field-of-view, bandwidth, sky spectral radiance model, sun spectral radiant emittance model, optical bandpass filter bandwidth, noise temperature, efficiency, dark current, load impedance, and central body.
PinPhotodiode(SignalProcessor input, IServiceProvider parentReceiver, double fieldOfView, double wavelength, double bandwidth, double noiseTemperature, double efficiency, double darkCurrent, double loadImpedance, SignalComputation skySpectralRadiance, SignalComputation sunSpectralRadiantEmittance, double opticalBandpassFilterBandwidth) Initializes a new instance with given input signal processor, parent receiver, field-of-view, bandwidth, sky spectral radiance model, sun spectral radiant emittance model, optical bandpass filter bandwidth, noise temperature, efficiency, dark current, and load impedance.
PinPhotodiode(SignalProcessor input, IServiceProvider parentReceiver, double fieldOfView, double wavelength, double bandwidth, double noiseTemperature, double efficiency, double darkCurrent, double loadImpedance, SignalComputation skySpectralRadiance, SignalComputation sunSpectralRadiantEmittance, double opticalBandpassFilterBandwidth, CentralBody centralBody) Initializes a new instance with given input signal processor, parent receiver, field-of-view, bandwidth, sky spectral radiance model, sun spectral radiant emittance model, optical bandpass filter bandwidth, noise temperature, efficiency, dark current, load impedance, and central body.
PrimaryPolarizationChannelSource(SignalProcessor inputSignalProcessor) Initializes a new instance from the given signal input.
PulsedSignalModulator(SignalProcessor inputSignalProcessor, double carrierFrequency) Initialize a new instance based on the given input and modulation.
RectangularFilter(SignalProcessor inputSignalProcessor, double noiseTemperature, double frequency, double lowerBandwidthLimit, double upperBandwidthLimit) Initialize a new instance based on the given parameters.
SignalOutputExtension(SignalProcessor signalOutput) Construct a new instance based on the given SignalProcessor and channel bandwidth.
SignalProcessor(SignalProcessor existingInstance, CopyContext context) Initializes a new instance as a copy of an existing instance.
VariableFrequencyMixer(SignalProcessor inputSignalProcessor) Initializes a new instance from the given signal input.
VariableFrequencyMixer(SignalProcessor inputSignalProcessor, RealPolynomial frequencyPolynomial) Initializes a new instance from the given signal input and frequency polynomial.
VariableGainAmplifier(SignalProcessor inputSignalProcessor) Initializes a new instance from the given signal input.
VariableGainAmplifier(SignalProcessor inputSignalProcessor, double saturatedInputPower, double saturatedOutputPower, double noiseFactor, double referenceTemperature) Initializes a new instance from the given signal input, saturated input power, saturated output power, noise factor, and reference temperature.
VariableGainAmplifier(SignalProcessor inputSignalProcessor, double saturatedInputPower, double saturatedOutputPower, double noiseFactor, double referenceTemperature, List<VariableGainAmplifierBackoffCurves> backoffCurvesList) Initializes a new instance from the given signal input, saturated input power, saturated output power, noise factor, reference temperature, and back-off curves list.

Uses of SignalProcessor in agi.foundation.navigation.advanced.signalprocessing

Subclasses of SignalProcessor in agi.foundation.navigation.advanced.signalprocessing

Modifier and Type	Class and Description
class	GpsPowerSpectralDensityFilter A filter which constrains the incoming signals into a specified bandwidth range, accounting for GPS power spectral density

Methods in agi.foundation.navigation.advanced.signalprocessing that return SignalProcessor

Modifier and Type	Method and Description
SignalProcessor	GpsPowerSpectralDensityFilter.getInputSignalProcessor() Gets the signal processor which produces the set of signals which this processor modifies.

Methods in agi.foundation.navigation.advanced.signalprocessing with parameters of type SignalProcessor

Modifier and Type	Method and Description
void	GpsPowerSpectralDensityFilter.setInputSignalProcessor(SignalProcessor value) Sets the signal processor which produces the set of signals which this processor modifies.

Constructors in agi.foundation.navigation.advanced.signalprocessing with parameters of type SignalProcessor

Constructor and Description
GpsPowerSpectralDensityFilter(SignalProcessor inputSignalProcessor, NavigationSignalType signalType, NavigationBlockType blockType, double noiseTemperature, double frequency, double lowerBandwidthLimit, double upperBandwidthLimit) Initialize a new instance based on the given parameters.

Uses of SignalProcessor in agi.foundation.radar

Subclasses of SignalProcessor in agi.foundation.radar

Modifier and Type	Class and Description
class	RadarAntennaSignalProcessor Represents a receiving radio frequency (RF) antenna.

Methods in agi.foundation.radar with parameters of type SignalProcessor

Modifier and Type	Method and Description
void	RadarWaveformProcessor.attachSignalProcessorAsInput(SignalProcessor inputSignalProcessor) Attaches an SignalProcessor instance as the input for this waveform processor.

Constructors in agi.foundation.radar with parameters of type SignalProcessor

Constructor and Description
RadarTransmittingAntennaExtension(SignalProcessor inputSignalProcessor, RadioFrequencyGainPattern antennaGainPattern) Initialize a new instance based on the given gain pattern and a signal processor which produces the set of signals to transmit.