simthlib::SingleCarrierReceiver Class Reference

#include <singlecarrierreceiver.h>

Inheritance diagram for simthlib::SingleCarrierReceiver:

[legend]List of all members.

Public Member Functions
	SingleCarrierReceiver (int deviceID, simth::DeviceSystemIntf *system, const simth::PropertyList &pl)
virtual	~SingleCarrierReceiver ()
virtual void	receiveSignal (const simth::TimeSignal &signalSamples_ptr, simth::ModSeq *modSeq, double *noise=NULL, simth::ModSeq *trans=NULL)
virtual void	print (std::ostream &os) const
Protected Member Functions
double	modulationSymbolDistance () const
int	samplesBetweenModulationSymbols () const
double	deltaT () const
int	numSamplesOfReceiveFilter () const
int	numTimeSamples (int numModSymbols) const
virtual int	numModSymbols (int numTimeSymbols) const
Related Functions
(Note that these are not member functions.)
	propertylist_SingleCarrierReceiver (not_a_function)

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Constructor & Destructor Documentation

simthlib::SingleCarrierReceiver::SingleCarrierReceiver (  int  deviceID, simth::DeviceSystemIntf *  system, const simth::PropertyList &  pl )

Class constructor. Parameters: deviceID  ID of this device system  Pointer to parent simulation system pl  The PropertyList of this device. This will create a pulse shape on its own.

virtual simthlib::SingleCarrierReceiver::~SingleCarrierReceiver (   )  [inline, virtual]

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Member Function Documentation

double simthlib::SingleCarrierReceiver::deltaT (   )  const [inline, protected]

Returns the time space between subsequent samples of the time signal created by the element function Signal()

double simthlib::SingleCarrierReceiver::modulationSymbolDistance (   )  const [inline, protected]

Returns the time space between subsequent modulation symbols.

virtual int simthlib::SingleCarrierReceiver::numModSymbols (  int  numTimeSymbols  )  const [protected, virtual]

Returns the number of modulation symbols when the number of input time sampels is given by numTimeSymbols. Implements simthlib::Receiver.

int simthlib::SingleCarrierReceiver::numSamplesOfReceiveFilter (   )  const [inline, protected]

Returns the number of samples of the modulation pulse.

int simthlib::SingleCarrierReceiver::numTimeSamples (  int  numModSymbols  )  const [protected, virtual]

Returns the number of samples of the time signal created by the element function makeSignal(). The number of input symbols is given by numModSymbols. Implements simthlib::Receiver.

virtual void simthlib::SingleCarrierReceiver::print (  std::ostream &  os  )  const [virtual]

Reimplemented from simthlib::Receiver.

virtual void simthlib::SingleCarrierReceiver::receiveSignal (  const simth::TimeSignal &  signalSamples_ptr, simth::ModSeq *  modSeq, double *  noise = NULL, simth::ModSeq *  trans = NULL )  [virtual]

Transform samples of a signal to a sequence of complex Symbols. Implements simthlib::Receiver.

int simthlib::SingleCarrierReceiver::samplesBetweenModulationSymbols (   )  const [inline, protected]

Returns the number of samples between two modulation Symbols.

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Friends And Related Function Documentation

propertylist_SingleCarrierReceiver (  not_a_function   )  [related]

These are the properties of class SingleCarrierReceiver . This list is auto-generated from the XML-Devicelist of this device by means of an XSLT transformation script. Description of this device in the XML file: Receiver for single carrier transmission. Note that this class also has the Properties of its base classes. The direct base class is simthlib::Receiver ; direct link to its propertylist should be propertylist_Receiver(). The list below usually includes the properties that have been inherited from the base classes; the properties which belong only to this class can be found at the end of this list. output_length <sequencelength>, default "" -- The output length. 1 properties in this class. The above properties have been inherited from the base class simthlib::Receiver . mod_dist <double>, default "1.0" -- The time distance (duration) between two modulation symbols in seconds sample_dist <double>, default "1.0" -- Time distance (duration) for the output signal samples in seconds. For oversampling or for some actual pulse shaping this is probably smaller than the modulation symbol duration. 2 properties in this class.

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