LteHarqProcessTxD2D Class Reference¶

Simu5G: LteHarqProcessTxD2D Class Reference

Simu5G

Inheritance diagram for LteHarqProcessTxD2D:

Public Member Functions
	LteHarqProcessTxD2D (Binder binder, unsigned char acid, unsigned int numUnits, unsigned int numProcesses, LteMacBase macOwner, LteMacBase *dstMac)
Public Member Functions inherited from LteHarqProcessTx
	LteHarqProcessTx (Binder binder, unsigned char acid, unsigned int numUnits, unsigned int numProcesses, LteMacBase macOwner, LteMacBase *dstMac)
virtual void	insertPdu (inet::Packet *pdu, Codeword cw)
std::vector< UnitStatus >	getProcessStatus ()
bool	hasReadyUnits ()
simtime_t	getOldestUnitTxTime ()
virtual CwList	readyUnitsIds ()
virtual CwList	emptyUnitsIds ()
virtual CwList	selectedUnitsIds ()
bool	isEmpty ()
long	getPduId (Codeword cw)
virtual bool	isHarqProcessActive ()

Additional Inherited Members
Protected Attributes inherited from LteHarqProcessTx
opp_component_ptr< LteMacBase >	macOwner_
	reference to mac module, used to handle errors
UnitVector	units_
	contained units vector
unsigned int	numProcesses_
	total number of processes in this H-ARQ buffer
unsigned char	numHarqUnits_
	number of contained H-ARQ units
unsigned char	acid_
	H-ARQ process identifier.
unsigned char	numEmptyUnits_
	Number of empty units inside this process.
unsigned int	numSelected_
	Number of selected units inside this process.
bool	dropped_

Detailed Description

Container of H-ARQ units. An H-ARQ process contains the units with id (acid + totalNumberOfProcesses * cw[i]), for each i.

An H-ARQ buffer is made of H-ARQ processes. An H-ARQ process is atomic for transmission, while H-ARQ units are atomic for H-ARQ feedback.

Creates a new H-ARQ process, which is a container of H-ARQ units.

Parameters

acid	H-ARQ process identifier
numUnits	number of units contained in this process (MAX_CODEWORDS)
numProcesses	number of processes contained in the H-ARQ buffer.