mimo::RotAlamoutiEnc Class Reference

#include <mimo-encoder.h>

Inheritance diagram for mimo::RotAlamoutiEnc:

[legend]List of all members.

Public Member Functions
	RotAlamoutiEnc (int deviceID, simth::DeviceSystemIntf *system, const simth::PropertyList &pl)
int	getDataLength (int codedLength) const
int	getCodeLength (int rawLength) const
void	Encode (const simth::ModSeq &modulation_symbols, CVectorSeq &output_vectors)
void	startOfSimulation ()
void	updateOutputLengths ()
void	updateInputLengths ()
Related Functions
(Note that these are not member functions.)
	propertylist_RotAlamoutiEnc (not_a_function)

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Detailed Description

Implementation of an encoder for a Space-Time-Freqeuency-Code system based on a combination of Alamouti scheme and real rotation of constellation points.

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Constructor & Destructor Documentation

mimo::RotAlamoutiEnc::RotAlamoutiEnc (  int  deviceID, simth::DeviceSystemIntf *  system, const simth::PropertyList &  pl )

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Member Function Documentation

int mimo::RotAlamoutiEnc::getDataLength (  int  codedLength  )  const [virtual]

This method has to be implemented in a derived class. Returns the length of an uncoded input sequence for the given length of the coded output sequence. If the coded length does fit (codedLength codedBitsPerStep() == 0) the function the function returns the length of a data sequence which is encoded by the coder from a coded sequence of the given length. In general the function returns the maximal length of a data sequence whose encoded length is smaller or equal code_length. Parameters: codedLength  length of the coded output sequence Returns: required length of the input sequence Implements mimo::Encoder.

int mimo::RotAlamoutiEnc::getCodeLength (  int  rawLength  )  const [virtual]

This method has to be implemented in a derived class. Returns the length of a coded output sequence for a given length of the uncoded input sequence. If the data length does not fit (dataLength dataBitsPerStep() != 0) an FitErr exception is thrown, which should be caught in the scope calling the function. Parameters: rawLength  length of the data sequence Returns: allocated length of the coded sequence Implements mimo::Encoder.

void mimo::RotAlamoutiEnc::Encode (  const simth::ModSeq &  modulation_symbols, CVectorSeq &  output_vectors )  [virtual]

Encodes the given sequence of symbols into the given output sequence of vectors. This is the main method that has to be implemented in a derived class. Implements mimo::Encoder.

void mimo::RotAlamoutiEnc::startOfSimulation (   )  [virtual]

Reimplemented from simth::Device.

void mimo::RotAlamoutiEnc::updateOutputLengths (   )  [virtual]

Implementation of methods of simth::Device. Reimplemented from mimo::Encoder.

void mimo::RotAlamoutiEnc::updateInputLengths (   )  [virtual]

Implementation of methods of simth::Device. Reimplemented from mimo::Encoder.

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Friends And Related Function Documentation

propertylist_RotAlamoutiEnc (  not_a_function   )  [related]

These are the properties of class RotAlamoutiEnc . 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: Encoder based on a combination of Alamouti scheme and real rotation of constellation points. Note that this class also has the Properties of its base classes. The direct base class is mimo::Encoder ; direct link to its propertylist should be propertylist_Encoder(). 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. nr_rx <unsigned>, default "" -- Number of receive antennas. nr_tx <unsigned>, default "" -- Number of transmit antennas. 2 properties in this class. The above properties have been inherited from the base class mimo::Encoder . num_carrier <unsigned>, default "" -- Number of OFDM subcarriers 1 properties in this class.

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