#include <uw-smart-ofdm.h>

Inheritance diagram for UWSmartOFDM:

Collaboration diagram for UWSmartOFDM:

[legend]

Classes
class	AckTimer

class	AssignmentTimer

class	AssignmentValidTimer

class	BackOffTimer

class	CTSTimer

class	DATATimer

class	RTSTimer

class	UWSmartOFDMTimer

Public Member Functions
	UWSmartOFDM ()

virtual	~UWSmartOFDM ()

virtual int	command (int argc, const char const argv)

void	init_macofdm_node (int subCarNum, double carSize, int ctrl_subCar, std::string modulation)

Protected Types
enum	UWSMARTOFDM_STATUS { UWSMARTOFDM_STATE_IDLE = 1 , UWSMARTOFDM_STATE_BACKOFF , UWSMARTOFDM_STATE_TX_DATA , UWSMARTOFDM_STATE_TX_ACK , UWSMARTOFDM_STATE_WAIT_ACK , UWSMARTOFDM_STATE_DATA_RX , UWSMARTOFDM_STATE_ACK_RX , UWSMARTOFDM_STATE_NOT_SET , UWSMARTOFDM_STATE_CHK_ACK_TIMEOUT , UWSMARTOFDM_STATE_RX_IDLE , UWSMARTOFDM_STATE_RX_WAIT_ACK , UWSMARTOFDM_STATE_CHK_BACKOFF_TIMEOUT , UWSMARTOFDM_STATE_RX_BACKOFF , UWSMARTOFDM_STATE_WRONG_PKT_RX , UWSMARTOFDM_STATE_TX_RTS , UWSMARTOFDM_STATE_RX_RTS , UWSMARTOFDM_STATE_WAIT_CTS , UWSMARTOFDM_STATE_CTRL_BACKOFF , UWSMARTOFDM_STATE_CHK_CTS_BACKOFF_TIMEOUT , UWSMARTOFDM_STATE_TX_CTS , UWSMARTOFDM_STATE_RX_CTS , UWSMARTOFDM_STATE_RX_ACTIVE , UWSMARTOFDM_STATE_TX_ACTIVE , UWSMARTOFDM_STATE_WAIT_DATA }

enum	UWSMARTOFDM_REASON_STATUS { UWSMARTOFDM_REASON_DATA_PENDING , UWSMARTOFDM_REASON_DATA_NOCAR , UWSMARTOFDM_REASON_DATA_CARASSIGNED , UWSMARTOFDM_REASON_DATA_RX , UWSMARTOFDM_REASON_DATA_TX , UWSMARTOFDM_REASON_ACK_TX , UWSMARTOFDM_REASON_ACK_RX , UWSMARTOFDM_REASON_ACK_TIMEOUT , UWSMARTOFDM_REASON_DATA_EMPTY , UWSMARTOFDM_REASON_NOT_SET , UWSMARTOFDM_REASON_MAX_TX_TRIES , UWSMARTOFDM_REASON_START_RX , UWSMARTOFDM_REASON_PKT_NOT_FOR_ME , UWSMARTOFDM_REASON_WAIT_ACK_PENDING , UWSMARTOFDM_REASON_PKT_ERROR , UWSMARTOFDM_REASON_BACKOFF_TIMEOUT , UWSMARTOFDM_REASON_BACKOFF_PENDING , UWSMARTOFDM_REASON_WAIT_CTS_PENDING , UWSMARTOFDM_REASON_CTS_TX , UWSMARTOFDM_REASON_RTS_TX , UWSMARTOFDM_REASON_CTS_RX , UWSMARTOFDM_REASON_RTS_RX , UWSMARTOFDM_REASON_CTS_BACKOFF_TIMEOUT , UWSMARTOFDM_REASON_PHY_LAYER_RECEIVING , UWSMARTOFDM_REASON_PHY_LAYER_SENDING , UWSMARTOFDM_REASON_MAX_RTS_TRIES , UWSMARTOFDM_REASON_WAIT_DATA , UWSMARTOFDM_REASON_DATAT_EXPIRED , UWSMARTOFDM_REASON_PREVIOUS_RTS }

enum	UWSMARTOFDM_PKT_TYPE { UWSMARTOFDM_ACK_PKT = 1 , UWSMARTOFDM_DATA_PKT , UWSMARTOFDM_DATAMAX_PKT , UWSMARTOFDM_RTS_PKT , UWSMARTOFDM_CTS_PKT }

enum	UWSMARTOFDM_ACK_MODES { UWSMARTOFDM_ACK_MODE = 1 , UWSMARTOFDM_NO_ACK_MODE }

enum	UWSMARTOFDM_TIMER_STATUS { UWSMARTOFDM_IDLE = 1 , UWSMARTOFDM_RUNNING , UWSMARTOFDM_FROZEN , UWSMARTOFDM_EXPIRED }

Protected Member Functions
virtual void	recvFromUpperLayers (Packet *p)

virtual void	Mac2PhyStartTx (Packet *p)

virtual void	Phy2MacEndTx (const Packet *p)

virtual void	Phy2MacStartRx (const Packet *p)

virtual void	Phy2MacEndRx (Packet *p)

virtual double	computeTxTime (UWSMARTOFDM_PKT_TYPE type)

virtual void	initPkt (Packet *p, UWSMARTOFDM_PKT_TYPE pkt_type, int dest_addr=0)

virtual double	getBackoffTime ()

virtual void	txData ()

virtual void	txAck (int dest_addr)

virtual void	txRTS ()

virtual void	txCTS (int dest_addr, int *rcv_car, int bytesToSend)

virtual void	stateIdle ()

virtual void	stateSendRTS ()

virtual void	stateSendCTS (Packet *p)

virtual void	stateWaitCTS ()

virtual void	stateBackoffCTS ()

virtual void	stateRxIdle ()

virtual void	stateTxData ()

virtual void	stateTxAck (int dest_addr)

virtual void	stateWaitAck ()

virtual void	stateRxWaitAck ()

virtual void	stateBackoff (double bt=0)

virtual void	stateRxBackoff ()

virtual void	stateCheckAckExpired ()

virtual void	stateCheckBackoffExpired ()

virtual void	stateCheckCTSBackoffExpired ()

virtual void	stateRxData (Packet *p)

virtual void	stateRxAck (Packet *p)

virtual void	stateRxRTS (Packet *p)

virtual void	stateRxCTS (Packet *p)

virtual void	stateWaitData (double t)

virtual void	exitBackoff ()

virtual void	exitCTSBackoff ()

virtual void	printStateInfo (double delay=0)

virtual void	initInfo ()

virtual void	refreshState (UWSMARTOFDM_STATUS state)

virtual void	refreshReason (UWSMARTOFDM_REASON_STATUS reason)

virtual void	incrCurrTxRounds ()

virtual void	resetCurrTxRounds ()

virtual void	updateRTT (double rtt)

virtual double	getRTT ()

virtual double	getRTSsent ()

virtual double	getCTSsent ()

virtual void	updateAckTimeout (double rtt)

virtual void	updateLastDataIdRx (int id)

virtual void	waitForUser ()

int	getPktSeqNum (Packet *p)

void	putPktInQueue (Packet *p)

void	eraseItemFromPktQueue (int seq_num)

void	putAckTimerInMap (int seq_num)

void	eraseItemFrommapAckTimer (int seq_num)

virtual int	getRemainingPkts ()

virtual void	incrUpperDataRx ()

int	getUpLayersDataPktsRx ()

int	getHighPrioPktsSent ()

int	getHighPrioPktsRecv ()

void	carToBeUsed (criticalLevel c, int &top, int &bottom, int &avoid_top, int &avoid_bottom)

int	pickFreeCarriers (int *freeC)

int	matchCarriers (int myFree, int otherFree, int *matching)

void	updateOccupancy (int *busyCar, int ntslots)

void	clearOccTable ()

void	resetAssignment ()

void	printOccTable ()

void	Mac2PhySetTxBusy (int, int get=0)

bool	batchSending ()

void	addInvalidCarriers (int c)

void	removeInvalidCarrier (int c)

void	updateInterfTable (Packet *p)

Protected Attributes
int	max_tx_tries

double	wait_constant

double	backoff_tuner

int	max_payload

int	HDR_size

int	ACK_size

int	RTS_size

int	CTS_size

int	DATA_size

double	ACK_timeout

double	bitrateCar

int	buffer_pkts

double	alpha_

double	max_backoff_counter

int	uwsmartofdm_debug

std::vector< string >	mac_carMod

std::vector< int >	mac_carVec

std::vector< char >	mac_prioVec

int	mac_ncarriers

double	mac_carrierSize

int	ctrl_car

int	data_car

bool	coordinator

criticalLevel	cLevel = LOW

bool	car_assigned = 0

int	nodeNum

std::atomic< int >	current_rcvs

int	current_macDA

int	oTableIndex

int	max_aval_car

int	last_sent_data_id

bool	print_transitions

bool	has_buffer_queue

double	start_tx_time

double	srtt

double	sumrtt

double	sumrtt2

int	rttsamples

int	RTSsent = 0

int	CTSsent = 0

int	curr_tx_rounds

int	last_data_id_rx

int	recv_data_id

int	high_prio_pkt_sent = 0

int	high_prio_pkt_recv = 0

double	nextAssignment

Packet *	curr_data_pkt

int	txsn

AckTimer	ack_timer

BackOffTimer	backoff_timer

CTSTimer	CTS_timer

RTSTimer	RTS_timer

DATATimer	DATA_timer

AssignmentTimer	assignment_timer

AssignmentValidTimer	assignment_valid_timer

UWSMARTOFDM_REASON_STATUS	last_reason

UWSMARTOFDM_STATUS	curr_state

UWSMARTOFDM_STATUS	prev_state

UWSMARTOFDM_STATUS	prev_prev_state

UWSMARTOFDM_ACK_MODES	ack_mode

map< pktSeqNum, Packet * >	mapPacket

map< pktSeqNum, AckTimer >	mapAckTimer

ofstream	fout

MsgDisplayer	msgDisp

std::vector< std::vector< int > >	occupancy_table

std::mutex	otabmtx

int	timeslots

double	timeslot_length

int	max_car_reserved

int	req_tslots

int	current_timeslot

int	max_rts_tries

int	curr_rts_tries

int	max_burst_size

int	curr_pkt_batch

bool	batch_sending

bool	RTSvalid

double	nextFreeTime

bool	ackToSend

Packet *	pkt_to_ack

int	waitPkt

Packet *	nextRTS

double	nextRTSts

bool	fullBand

std::vector< int >	nouse_carriers

std::vector< std::vector< double > >	interf_table

Static Protected Attributes
static bool	initialized = false

static const double	prop_speed = 1500.0

static map< UWSMARTOFDM_STATUS, string >	status_info

static map< UWSMARTOFDM_REASON_STATUS, string >	reason_info

static map< UWSMARTOFDM_PKT_TYPE, string >	pkt_type_info

static map< criticalLevel, string >	clevel_info

Detailed Description

This is the base class of UWSmartOFDM protocol, which is a derived class of MMac.

Definition at line 97 of file uw-smart-ofdm.h.

Member Enumeration Documentation

◆ UWSMARTOFDM_ACK_MODES

enum UWSmartOFDM::UWSMARTOFDM_ACK_MODES

protected

Enumeration class of UWSmartOFDM acknowledgement mode.

First enumerator is given value 1. This protocol supports both acknowledgement and non-acknowledgement technique. If Acknowledgement is set, it uses Stop-And-Wait ARQ technique.

Enumerator
UWSMARTOFDM_ACK_MODE
UWSMARTOFDM_NO_ACK_MODE

Definition at line 211 of file uw-smart-ofdm.h.

◆ UWSMARTOFDM_PKT_TYPE

enum UWSmartOFDM::UWSMARTOFDM_PKT_TYPE

protected

Enumeration class of UWSmartOFDM packet type.

First enumerator is given value

Three kinds of packets are supported by UWSmartOFDM protocol.

Enumerator
UWSMARTOFDM_ACK_PKT
UWSMARTOFDM_DATA_PKT
UWSMARTOFDM_DATAMAX_PKT
UWSMARTOFDM_RTS_PKT
UWSMARTOFDM_CTS_PKT

Definition at line 196 of file uw-smart-ofdm.h.

◆ UWSMARTOFDM_REASON_STATUS

enum UWSmartOFDM::UWSMARTOFDM_REASON_STATUS

protected

Enumeration class which tells the nodes the reason why it is in this state.

First enumerator is given value 1.

Enumerator
UWSMARTOFDM_REASON_DATA_PENDING
UWSMARTOFDM_REASON_DATA_NOCAR
UWSMARTOFDM_REASON_DATA_CARASSIGNED
UWSMARTOFDM_REASON_DATA_RX
UWSMARTOFDM_REASON_DATA_TX
UWSMARTOFDM_REASON_ACK_TX
UWSMARTOFDM_REASON_ACK_RX
UWSMARTOFDM_REASON_ACK_TIMEOUT
UWSMARTOFDM_REASON_DATA_EMPTY
UWSMARTOFDM_REASON_NOT_SET
UWSMARTOFDM_REASON_MAX_TX_TRIES
UWSMARTOFDM_REASON_START_RX
UWSMARTOFDM_REASON_PKT_NOT_FOR_ME
UWSMARTOFDM_REASON_WAIT_ACK_PENDING
UWSMARTOFDM_REASON_PKT_ERROR
UWSMARTOFDM_REASON_BACKOFF_TIMEOUT
UWSMARTOFDM_REASON_BACKOFF_PENDING
UWSMARTOFDM_REASON_WAIT_CTS_PENDING
UWSMARTOFDM_REASON_CTS_TX
UWSMARTOFDM_REASON_RTS_TX
UWSMARTOFDM_REASON_CTS_RX
UWSMARTOFDM_REASON_RTS_RX
UWSMARTOFDM_REASON_CTS_BACKOFF_TIMEOUT
UWSMARTOFDM_REASON_PHY_LAYER_RECEIVING
UWSMARTOFDM_REASON_PHY_LAYER_SENDING
UWSMARTOFDM_REASON_MAX_RTS_TRIES
UWSMARTOFDM_REASON_WAIT_DATA
UWSMARTOFDM_REASON_DATAT_EXPIRED
UWSMARTOFDM_REASON_PREVIOUS_RTS

Definition at line 160 of file uw-smart-ofdm.h.

◆ UWSMARTOFDM_STATUS

enum UWSmartOFDM::UWSMARTOFDM_STATUS

protected

Enumeration class of UWSmartOFDM status.

First enumerator is given value 1.

Enumerator
UWSMARTOFDM_STATE_IDLE
UWSMARTOFDM_STATE_BACKOFF
UWSMARTOFDM_STATE_TX_DATA
UWSMARTOFDM_STATE_TX_ACK
UWSMARTOFDM_STATE_WAIT_ACK
UWSMARTOFDM_STATE_DATA_RX
UWSMARTOFDM_STATE_ACK_RX
UWSMARTOFDM_STATE_NOT_SET
UWSMARTOFDM_STATE_CHK_ACK_TIMEOUT
UWSMARTOFDM_STATE_RX_IDLE
UWSMARTOFDM_STATE_RX_WAIT_ACK
UWSMARTOFDM_STATE_CHK_BACKOFF_TIMEOUT
UWSMARTOFDM_STATE_RX_BACKOFF
UWSMARTOFDM_STATE_WRONG_PKT_RX
UWSMARTOFDM_STATE_TX_RTS
UWSMARTOFDM_STATE_RX_RTS
UWSMARTOFDM_STATE_WAIT_CTS
UWSMARTOFDM_STATE_CTRL_BACKOFF
UWSMARTOFDM_STATE_CHK_CTS_BACKOFF_TIMEOUT
UWSMARTOFDM_STATE_TX_CTS
UWSMARTOFDM_STATE_RX_CTS
UWSMARTOFDM_STATE_RX_ACTIVE
UWSMARTOFDM_STATE_TX_ACTIVE
UWSMARTOFDM_STATE_WAIT_DATA

Definition at line 129 of file uw-smart-ofdm.h.

◆ UWSMARTOFDM_TIMER_STATUS

enum UWSmartOFDM::UWSMARTOFDM_TIMER_STATUS

protected

Enumeration class of UWSmartOFDM timer status.

First enumerator is given value

It is employed to know the current status of a timer.

Enumerator
UWSMARTOFDM_IDLE
UWSMARTOFDM_RUNNING
UWSMARTOFDM_FROZEN
UWSMARTOFDM_EXPIRED

Definition at line 217 of file uw-smart-ofdm.h.

Constructor & Destructor Documentation

◆ UWSmartOFDM()

UWSmartOFDM::UWSmartOFDM ( )

Constructor of UWSmartOFDM Class.

Definition at line 225 of file uw-smart-ofdm.cpp.

◆ ~UWSmartOFDM()

UWSmartOFDM::~UWSmartOFDM ( )

virtual

Destructor of UWSmartOFDM Class.

Definition at line 273 of file uw-smart-ofdm.cpp.

Member Function Documentation

◆ addInvalidCarriers()

void UWSmartOFDM::addInvalidCarriers ( int c )

inlineprotected

Definition at line 1102 of file uw-smart-ofdm.h.

◆ batchSending()

bool UWSmartOFDM::batchSending ( )

protected

Definition at line 1957 of file uw-smart-ofdm.cpp.

◆ carToBeUsed()

void UWSmartOFDM::carToBeUsed	(	criticalLevel	c,
		int &	top,
		int &	bottom,
		int &	avoid_top,
		int &	avoid_bottom
	)

protected

returns the current free carriers that can be given to a node top and bottom give the range avoid_top and avoid_bottom if a subrange must be avoided, 0 otherwise

Definition at line 1777 of file uw-smart-ofdm.cpp.

◆ clearOccTable()

void UWSmartOFDM::clearOccTable ( )

protected

clears the carriers used in the past moves the index for the current time to the next slot

Definition at line 1908 of file uw-smart-ofdm.cpp.

◆ command()

int UWSmartOFDM::command	(	int	argc,
		const char const	argv
	)

virtual

TCL command interpreter.

It implements the following OTcl methods:

Parameters

argc	number of arguments in argv
argv	array of strings which are the command parameters (Note that argv[0] is the name of the object)

Returns: TCL_OK or TCL_ERROR whether the command has been dispatched succesfully or not

Definition at line 279 of file uw-smart-ofdm.cpp.

◆ computeTxTime()

double UWSmartOFDM::computeTxTime ( UWSMARTOFDM_PKT_TYPE type )

protectedvirtual

Compute the transmission time of a packet.

It uses a cross-layer message to calculate the duration of that packet.

Parameters

type	is a UWSMARTOFDM_PKT_TYPE

Returns: tranmission time of a packet which is a double data type.

Definition at line 542 of file uw-smart-ofdm.cpp.

◆ eraseItemFrommapAckTimer()

void UWSmartOFDM::eraseItemFrommapAckTimer ( int seq_num )

inlineprotected

Erase an item from acknowledgement stored container.

Parameters

seq_num which is an integer data type.

Definition at line 998 of file uw-smart-ofdm.h.

◆ eraseItemFromPktQueue()

void UWSmartOFDM::eraseItemFromPktQueue ( int seq_num )

inlineprotected

It erases the packet from the container.

Parameters

seq_num which is an integer data type.

Definition at line 970 of file uw-smart-ofdm.h.

◆ exitBackoff()

void UWSmartOFDM::exitBackoff ( )

protectedvirtual

It stops the backoff timer.

Definition at line 506 of file uw-smart-ofdm.cpp.

◆ exitCTSBackoff()

void UWSmartOFDM::exitCTSBackoff ( )

protectedvirtual

It stops the CTS backoff timer.

Definition at line 511 of file uw-smart-ofdm.cpp.

◆ getBackoffTime()

double UWSmartOFDM::getBackoffTime ( )

protectedvirtual

This function calculates the backoff duration and return the backoff time.It employs the exponential backoff algorithm.

Returns: backoff duration which is a double data type.

Definition at line 517 of file uw-smart-ofdm.cpp.

◆ getCTSsent()

virtual double UWSmartOFDM::getCTSsent ( )

inlineprotectedvirtual

This method is used to get the total number of sent CTS messages.

Definition at line 919 of file uw-smart-ofdm.h.

◆ getHighPrioPktsRecv()

int UWSmartOFDM::getHighPrioPktsRecv ( )

inlineprotected

Definition at line 1040 of file uw-smart-ofdm.h.

◆ getHighPrioPktsSent()

int UWSmartOFDM::getHighPrioPktsSent ( )

inlineprotected

Definition at line 1033 of file uw-smart-ofdm.h.

◆ getPktSeqNum()

int UWSmartOFDM::getPktSeqNum ( Packet * p )

inlineprotected

This method is used to get the sequence number from a packet.

Parameters

packet pointer

Returns: it returns sequence number which is an integer data type.

Definition at line 946 of file uw-smart-ofdm.h.

◆ getRemainingPkts()

virtual int UWSmartOFDM::getRemainingPkts ( )

inlineprotectedvirtual

Number of packets which MAC layer receives form upper layer(s) but were not transmitted.

Returns: an integer value.

Definition at line 1011 of file uw-smart-ofdm.h.

◆ getRTSsent()

virtual double UWSmartOFDM::getRTSsent ( )

inlineprotectedvirtual

This method is used to get the total number of sent RTS messages.

Definition at line 910 of file uw-smart-ofdm.h.

◆ getRTT()

virtual double UWSmartOFDM::getRTT ( )

inlineprotectedvirtual

This method is used to get the average RTT over all the receives RTT.

Returns: average RTT time which is a double data type.

Definition at line 901 of file uw-smart-ofdm.h.

◆ getUpLayersDataPktsRx()

int UWSmartOFDM::getUpLayersDataPktsRx ( )

inlineprotected

Definition at line 1026 of file uw-smart-ofdm.h.

◆ incrCurrTxRounds()

virtual void UWSmartOFDM::incrCurrTxRounds ( )

inlineprotectedvirtual

Increments the current transmission round of a packet.

It keeps track of the number of retransmition of a packet.

Definition at line 875 of file uw-smart-ofdm.h.

◆ incrUpperDataRx()

virtual void UWSmartOFDM::incrUpperDataRx ( )

inlineprotectedvirtual

Increment the number of Data packet receive for the upper layer.

Definition at line 1020 of file uw-smart-ofdm.h.

◆ init_macofdm_node()

void UWSmartOFDM::init_macofdm_node	(	int	subCarNum,
		double	carSize,
		int	ctrl_subCar,
		std::string	modulation
	)

Definition at line 433 of file uw-smart-ofdm.cpp.

◆ initInfo()

void UWSmartOFDM::initInfo ( )

protectedvirtual

This function is used to initialize the UWSmartOFDM protocol.

Definition at line 361 of file uw-smart-ofdm.cpp.

◆ initPkt()

void UWSmartOFDM::initPkt	(	Packet *	p,
		UWSMARTOFDM_PKT_TYPE	pkt_type,
		int	dest_addr = `0`
	)

protectedvirtual

This method, initialize the packet.

If the packet is received from the upper layer, it adds the header (if any). In case of UWSmartOFDM with ARQ technique, it set the fields of ACK packet.

Parameters

Packet	pointer P. The packet can be Data packet or ACK packet.
pkt_type	is an UWSMARTOFDM_PKT_TYPE. Packet can be either Data packet or ACK packet.
dest_addr	is a integer data type. It is initialized as 0.

Definition at line 626 of file uw-smart-ofdm.cpp.

◆ Mac2PhySetTxBusy()

void UWSmartOFDM::Mac2PhySetTxBusy	(	int	busy,
		int	get = `0`
	)

protected

Definition at line 1943 of file uw-smart-ofdm.cpp.

◆ Mac2PhyStartTx()

void UWSmartOFDM::Mac2PhyStartTx ( Packet * p )

protectedvirtual

It informs that a packet transmission started.

Parameters

Packet pointer

Definition at line 715 of file uw-smart-ofdm.cpp.

◆ matchCarriers()

int UWSmartOFDM::matchCarriers	(	int *	myFree,
		int *	otherFree,
		int *	matching
	)

protected

Returns free Carriers matching between itself and the sender to be used when an RTS is received to find carriers to include into CTS

Parameters

myFree	is node's free carriers
otherFree	is other node's free carriers
matching	is the match between myFree and otherFree

Returns: the number of matching carriers

Definition at line 1866 of file uw-smart-ofdm.cpp.

◆ Phy2MacEndRx()

void UWSmartOFDM::Phy2MacEndRx ( Packet * p )

protectedvirtual

PHY layer informs the MAC layer that the reception of the packet is over.

Parameters

Packet pointer.

Definition at line 831 of file uw-smart-ofdm.cpp.

◆ Phy2MacEndTx()

void UWSmartOFDM::Phy2MacEndTx ( const Packet * p )

protectedvirtual

It infroms that a packet transmission end.

Parameters

Packet pointer

Definition at line 733 of file uw-smart-ofdm.cpp.

◆ Phy2MacStartRx()

void UWSmartOFDM::Phy2MacStartRx ( const Packet * p )

protectedvirtual

PHY layer informs the MAC layer that it is receiving a packet.

@Param Packet pointer (constant)

Definition at line 824 of file uw-smart-ofdm.cpp.

◆ pickFreeCarriers()

int UWSmartOFDM::pickFreeCarriers ( int * freeC )

protected

Returns max 5 carriers that are free in the next n time slots from occupancy table.

Parameters

n	is for how many timeslots I want them free,
freeC	returned carriers

Returns: number of free carriers

Definition at line 1844 of file uw-smart-ofdm.cpp.

◆ printOccTable()

void UWSmartOFDM::printOccTable ( )

protected

prints on terminal the table

Definition at line 1927 of file uw-smart-ofdm.cpp.

◆ printStateInfo()

void UWSmartOFDM::printStateInfo ( double delay = 0 )

protectedvirtual

This methods print the state information of the nodes.

Parameters

delay is a double data type.

Definition at line 1696 of file uw-smart-ofdm.cpp.

◆ putAckTimerInMap()

void UWSmartOFDM::putAckTimerInMap ( int seq_num )

inlineprotected

Put acknowledgement timer in the container.

Parameters

seq_num which is an integer data type.

Definition at line 988 of file uw-smart-ofdm.h.

◆ putPktInQueue()

void UWSmartOFDM::putPktInQueue ( Packet * p )

inlineprotected

A node receives packet(s) from upper layer and store them in the container.

Parameters

packet pointer

Definition at line 960 of file uw-smart-ofdm.h.

◆ recvFromUpperLayers()

void UWSmartOFDM::recvFromUpperLayers ( Packet * p )

protectedvirtual

This function receives the packet from upper layer and save it in the queue.

Parameters

Packet pointer

Definition at line 576 of file uw-smart-ofdm.cpp.

◆ refreshReason()

virtual void UWSmartOFDM::refreshReason ( UWSMARTOFDM_REASON_STATUS reason )

inlineprotectedvirtual

To know the reason why a node is in this current state.

Parameters

reason is an UWSMARTOFDM_REASON_STATUS type.

Definition at line 865 of file uw-smart-ofdm.h.

◆ refreshState()

virtual void UWSmartOFDM::refreshState ( UWSMARTOFDM_STATUS state )

inlineprotectedvirtual

Refreshes the states of the node.

The node save the information of three states, they are: previous to previous state, previous state and current state of the node.

Parameters

state which is an UWSMARTOFDM_STATUS type.

Definition at line 853 of file uw-smart-ofdm.h.

◆ removeInvalidCarrier()

void UWSmartOFDM::removeInvalidCarrier ( int c )

protected

Definition at line 1727 of file uw-smart-ofdm.cpp.

◆ resetAssignment()

void UWSmartOFDM::resetAssignment ( )

protected

resets value of car_assigned to FALSE

Definition at line 1920 of file uw-smart-ofdm.cpp.

◆ resetCurrTxRounds()

virtual void UWSmartOFDM::resetCurrTxRounds ( )

inlineprotectedvirtual

If a node is going to transmit a new packet, it resets the tx counter.

Definition at line 884 of file uw-smart-ofdm.h.

◆ stateBackoff()

void UWSmartOFDM::stateBackoff ( double bt = 0 )

protectedvirtual

If ACK packet is not received within the acknowledgement expire time.

Definition at line 1453 of file uw-smart-ofdm.cpp.

◆ stateBackoffCTS()

void UWSmartOFDM::stateBackoffCTS ( )

protectedvirtual

Node is in BackoffCTS state.

Waits for a CTS from coordinator.

Definition at line 1430 of file uw-smart-ofdm.cpp.

◆ stateCheckAckExpired()

void UWSmartOFDM::stateCheckAckExpired ( )

protectedvirtual

It checks whether the ack timer is already expired while it was busy with other activities.

Definition at line 1145 of file uw-smart-ofdm.cpp.

◆ stateCheckBackoffExpired()

void UWSmartOFDM::stateCheckBackoffExpired ( )

protectedvirtual

It checks whether the backoff timer is already expired while it was busy with other activities.

Definition at line 1176 of file uw-smart-ofdm.cpp.

◆ stateCheckCTSBackoffExpired()

void UWSmartOFDM::stateCheckCTSBackoffExpired ( )

protectedvirtual

It checks whether the CTS backoff timer is already expired while it was busy with other activities.

Definition at line 1206 of file uw-smart-ofdm.cpp.

◆ stateIdle()

void UWSmartOFDM::stateIdle ( )

protectedvirtual

Node is in Idle state.

It only changes its state if it has packet(s) to transmit or it receives a packet.

Definition at line 1237 of file uw-smart-ofdm.cpp.

◆ stateRxAck()

void UWSmartOFDM::stateRxAck ( Packet * p )

protectedvirtual

The node comes to this state if it receives an ACK packet.

After receiving an ACK packet it changes it states according to the previously stored status information.

Definition at line 1660 of file uw-smart-ofdm.cpp.

◆ stateRxBackoff()

void UWSmartOFDM::stateRxBackoff ( )

protectedvirtual

If a node start receiving a packet when it is in backoff state.

The node first freeze (or another word, hold) the backoff timer and start receiving the packet.

Definition at line 1471 of file uw-smart-ofdm.cpp.

◆ stateRxCTS()

void UWSmartOFDM::stateRxCTS ( Packet * p )

protectedvirtual

Definition at line 1343 of file uw-smart-ofdm.cpp.

◆ stateRxData()

void UWSmartOFDM::stateRxData ( Packet * p )

protectedvirtual

It process the packet which is received.

After receiving a packet it changes it states according to the previously stored status information.

Parameters

<i>Data</i> packet pointer

Definition at line 1609 of file uw-smart-ofdm.cpp.

◆ stateRxIdle()

void UWSmartOFDM::stateRxIdle ( )

protectedvirtual

If a node start receiving a packet in Idle state.

Definition at line 1445 of file uw-smart-ofdm.cpp.

◆ stateRxRTS()

void UWSmartOFDM::stateRxRTS ( Packet * p )

protectedvirtual

Definition at line 1324 of file uw-smart-ofdm.cpp.

◆ stateRxWaitAck()

void UWSmartOFDM::stateRxWaitAck ( )

protectedvirtual

If a node receives any packet while it was waiting for ACK packet, it moves to this state.

The packet it is receiving can be a Data packet from another node or ACK packet.

Definition at line 1588 of file uw-smart-ofdm.cpp.

◆ stateSendCTS()

void UWSmartOFDM::stateSendCTS ( Packet * p )

protectedvirtual

Node is in sendRTS state.

It has sent a CTS to the node.

Definition at line 1402 of file uw-smart-ofdm.cpp.

◆ stateSendRTS()

void UWSmartOFDM::stateSendRTS ( )

protectedvirtual

Node is in sendRTS state.

If a packet needs to be send and the carriers are not yet assigned to that node, an RTS is sent.

Definition at line 1287 of file uw-smart-ofdm.cpp.

◆ stateTxAck()

void UWSmartOFDM::stateTxAck ( int dest_addr )

protectedvirtual

If the protocl uses ARQ technique, in that case, after receiving a Data packet the node sends an ACK packet.

Definition at line 1596 of file uw-smart-ofdm.cpp.

◆ stateTxData()

void UWSmartOFDM::stateTxData ( )

protectedvirtual

If a node has packet to transmits.

In such case, it moves from Idle state to data transmits state.

Definition at line 1480 of file uw-smart-ofdm.cpp.

◆ stateWaitAck()

void UWSmartOFDM::stateWaitAck ( )

protectedvirtual

After transmitting a Data packet, a node waits for the ACK packet.

Definition at line 1571 of file uw-smart-ofdm.cpp.

◆ stateWaitCTS()

void UWSmartOFDM::stateWaitCTS ( )

protectedvirtual

Node is in waitCTS state.

Waits for a CTS from coordinator.

Definition at line 1421 of file uw-smart-ofdm.cpp.

◆ stateWaitData()

void UWSmartOFDM::stateWaitData ( double t )

protectedvirtual

Definition at line 1687 of file uw-smart-ofdm.cpp.

◆ txAck()

void UWSmartOFDM::txAck ( int dest_addr )

protectedvirtual

This methods transmits ACK packet from MAC layer to PHY layer.

Parameters

dest_addr which is an integer data type.

Definition at line 1038 of file uw-smart-ofdm.cpp.

◆ txCTS()

void UWSmartOFDM::txCTS	(	int	dest_addr,
		int *	rcv_car,
		int	bytesToSend
	)

protectedvirtual

This methods transmits CTS packet from MAC layer to PHY layer.

Parameters

dest_addr	which is an integer data type.
rcv_car	carriers received in the RTS
bytesToSend	bytes requested by RTS

Definition at line 1086 of file uw-smart-ofdm.cpp.

◆ txData()

void UWSmartOFDM::txData ( )

protectedvirtual

This method transmits Data packets from MAC layer to PHY layer.

Definition at line 1022 of file uw-smart-ofdm.cpp.

◆ txRTS()

void UWSmartOFDM::txRTS ( )

protectedvirtual

This methods transmits RTS packet from MAC layer to PHY layer.

Parameters

dest_addr which is an integer data type.

Definition at line 1047 of file uw-smart-ofdm.cpp.

◆ updateAckTimeout()

void UWSmartOFDM::updateAckTimeout ( double rtt )

protectedvirtual

Like updateRTT() function.

Definition at line 492 of file uw-smart-ofdm.cpp.

◆ updateInterfTable()

void UWSmartOFDM::updateInterfTable ( Packet * p )

protected

Definition at line 1736 of file uw-smart-ofdm.cpp.

◆ updateLastDataIdRx()

virtual void UWSmartOFDM::updateLastDataIdRx ( int id )

inlineprotectedvirtual

It updates the sequence number of the last data packet rx.

Parameters

id	is an integer data type.

Definition at line 934 of file uw-smart-ofdm.h.

◆ updateOccupancy()

void UWSmartOFDM::updateOccupancy	(	int *	busyCar,
		int	ntslots
	)

protected

updates occupancy table

Parameters

busyCar	carriers to update in occupancy table
ntslots	number of timeslots that will be reserved

Definition at line 1891 of file uw-smart-ofdm.cpp.

◆ updateRTT()

void UWSmartOFDM::updateRTT ( double rtt )

protectedvirtual

Update the Round Trip Time (RTT) which is necessary to compute the acknowledgement duration as well as backoff duration.

Parameters

rtt	is a double data type.

Definition at line 483 of file uw-smart-ofdm.cpp.

◆ waitForUser()

void UWSmartOFDM::waitForUser ( )

protectedvirtual

Definition at line 1720 of file uw-smart-ofdm.cpp.

Member Data Documentation

◆ ack_mode

UWSMARTOFDM_ACK_MODES UWSmartOFDM::ack_mode

protected

Enum variable.

It tells the node whether to use ARQ technique or not.

Definition at line 1210 of file uw-smart-ofdm.h.

◆ ACK_size

int UWSmartOFDM::ACK_size

protected

Size of the ACK, if the node uses ARQ technique.

Definition at line 1120 of file uw-smart-ofdm.h.

◆ ACK_timeout

double UWSmartOFDM::ACK_timeout

protected

ACK timeout for the initial packet.

Definition at line 1124 of file uw-smart-ofdm.h.

◆ ack_timer

AckTimer UWSmartOFDM::ack_timer

protected

An object of the AckTimer class.

Definition at line 1188 of file uw-smart-ofdm.h.

◆ ackToSend

bool UWSmartOFDM::ackToSend

protected

Definition at line 1251 of file uw-smart-ofdm.h.

◆ alpha_

double UWSmartOFDM::alpha_

protected

This variable is used to tune the RTT.

Definition at line 1127 of file uw-smart-ofdm.h.

◆ assignment_timer

AssignmentTimer UWSmartOFDM::assignment_timer

protected

An object of the assignment timer class.

Definition at line 1194 of file uw-smart-ofdm.h.

◆ assignment_valid_timer

AssignmentValidTimer UWSmartOFDM::assignment_valid_timer

protected

An object of the assignment valid timer class.

Definition at line 1196 of file uw-smart-ofdm.h.

◆ backoff_timer

BackOffTimer UWSmartOFDM::backoff_timer

protected

An object of the backoff timer class.

Definition at line 1189 of file uw-smart-ofdm.h.

◆ backoff_tuner

double UWSmartOFDM::backoff_tuner

protected

Tunes the backoff duration.

Definition at line 1117 of file uw-smart-ofdm.h.

◆ batch_sending

bool UWSmartOFDM::batch_sending

protected

Definition at line 1246 of file uw-smart-ofdm.h.

◆ bitrateCar

double UWSmartOFDM::bitrateCar

protected

Definition at line 1125 of file uw-smart-ofdm.h.

◆ buffer_pkts

int UWSmartOFDM::buffer_pkts

protected

Number of packets a node can store in the container.

Definition at line 1126 of file uw-smart-ofdm.h.

◆ car_assigned

bool UWSmartOFDM::car_assigned = 0

protected

Definition at line 1144 of file uw-smart-ofdm.h.

◆ cLevel

criticalLevel UWSmartOFDM::cLevel = LOW

protected

Definition at line 1143 of file uw-smart-ofdm.h.

◆ clevel_info

map<criticalLevel, string> UWSmartOFDM::clevel_info

staticprotected

Container which stores all the packet type information of UWSmartOFDM.

Definition at line 1222 of file uw-smart-ofdm.h.

◆ coordinator

bool UWSmartOFDM::coordinator

protected

Definition at line 1142 of file uw-smart-ofdm.h.

◆ ctrl_car

int UWSmartOFDM::ctrl_car

protected

Definition at line 1140 of file uw-smart-ofdm.h.

◆ CTS_size

int UWSmartOFDM::CTS_size

protected

Size of the ACK, if the node uses SMARTOFDM.

Definition at line 1122 of file uw-smart-ofdm.h.

◆ CTS_timer

CTSTimer UWSmartOFDM::CTS_timer

protected

An object of the CTS timer class.

Definition at line 1190 of file uw-smart-ofdm.h.

◆ CTSsent

int UWSmartOFDM::CTSsent = 0

protected

Definition at line 1171 of file uw-smart-ofdm.h.

◆ curr_data_pkt

Packet* UWSmartOFDM::curr_data_pkt

protected

Pointer of the latest selected data packet.

Definition at line 1182 of file uw-smart-ofdm.h.

◆ curr_pkt_batch

int UWSmartOFDM::curr_pkt_batch

protected

Definition at line 1245 of file uw-smart-ofdm.h.

◆ curr_rts_tries

int UWSmartOFDM::curr_rts_tries

protected

Definition at line 1243 of file uw-smart-ofdm.h.

◆ curr_state

UWSMARTOFDM_STATUS UWSmartOFDM::curr_state

protected

Enum variable.

It stores the current state of a node

Definition at line 1201 of file uw-smart-ofdm.h.

◆ curr_tx_rounds

int UWSmartOFDM::curr_tx_rounds

protected

How many times a packet is transmitted.

Definition at line 1173 of file uw-smart-ofdm.h.

◆ current_macDA

int UWSmartOFDM::current_macDA

protected

Definition at line 1147 of file uw-smart-ofdm.h.

◆ current_rcvs

std::atomic<int> UWSmartOFDM::current_rcvs

protected

Definition at line 1146 of file uw-smart-ofdm.h.

◆ current_timeslot

int UWSmartOFDM::current_timeslot

protected

Definition at line 1240 of file uw-smart-ofdm.h.

◆ data_car

int UWSmartOFDM::data_car

protected

Definition at line 1141 of file uw-smart-ofdm.h.

◆ DATA_size

int UWSmartOFDM::DATA_size

protected

Size of the DATA packet, if the node uses SMARTOFDM.

Definition at line 1123 of file uw-smart-ofdm.h.

◆ DATA_timer

DATATimer UWSmartOFDM::DATA_timer

protected

An object of the DATA timer class.

Definition at line 1192 of file uw-smart-ofdm.h.

◆ fout

ofstream UWSmartOFDM::fout

protected

An object of ofstream class.

Definition at line 1230 of file uw-smart-ofdm.h.

◆ fullBand

bool UWSmartOFDM::fullBand

protected

Definition at line 1257 of file uw-smart-ofdm.h.

◆ has_buffer_queue

bool UWSmartOFDM::has_buffer_queue

protected

Whether the node has buffer to store data or not.

Definition at line 1162 of file uw-smart-ofdm.h.

◆ HDR_size

int UWSmartOFDM::HDR_size

protected

Size of the HDR if any.

Definition at line 1119 of file uw-smart-ofdm.h.

◆ high_prio_pkt_recv

int UWSmartOFDM::high_prio_pkt_recv = 0

protected

Definition at line 1178 of file uw-smart-ofdm.h.

◆ high_prio_pkt_sent

int UWSmartOFDM::high_prio_pkt_sent = 0

protected

Definition at line 1177 of file uw-smart-ofdm.h.

◆ initialized

bool UWSmartOFDM::initialized = false

staticprotected

It checks whether UWSmartOFDM protocol is initialized or not.

If FALSE means, not initialized and if TRUE means it is initialized

Definition at line 1153 of file uw-smart-ofdm.h.

◆ interf_table

std::vector<std::vector<double> > UWSmartOFDM::interf_table

protected

Definition at line 1259 of file uw-smart-ofdm.h.

◆ last_data_id_rx

int UWSmartOFDM::last_data_id_rx

protected

The sequence number of last received packet.

Definition at line 1174 of file uw-smart-ofdm.h.

◆ last_reason

UWSMARTOFDM_REASON_STATUS UWSmartOFDM::last_reason

protected

Enum variable which stores the last reason why a node changes its state.

Definition at line 1199 of file uw-smart-ofdm.h.

◆ last_sent_data_id

int UWSmartOFDM::last_sent_data_id

protected

sequence number of the last sent packet

Definition at line 1158 of file uw-smart-ofdm.h.

◆ mac_carMod

std::vector<string> UWSmartOFDM::mac_carMod

protected

Definition at line 1135 of file uw-smart-ofdm.h.

◆ mac_carrierSize

double UWSmartOFDM::mac_carrierSize

protected

Definition at line 1139 of file uw-smart-ofdm.h.

◆ mac_carVec

std::vector<int> UWSmartOFDM::mac_carVec

protected

Definition at line 1136 of file uw-smart-ofdm.h.

◆ mac_ncarriers

int UWSmartOFDM::mac_ncarriers

protected

Definition at line 1138 of file uw-smart-ofdm.h.

◆ mac_prioVec

std::vector<char> UWSmartOFDM::mac_prioVec

protected

Definition at line 1137 of file uw-smart-ofdm.h.

◆ mapAckTimer

map<pktSeqNum, AckTimer> UWSmartOFDM::mapAckTimer

protected

Container where acknowledgement timer(s) is stored.

Definition at line 1227 of file uw-smart-ofdm.h.

◆ mapPacket

map<pktSeqNum, Packet *> UWSmartOFDM::mapPacket

protected

Container where Data packets are stored.

Definition at line 1226 of file uw-smart-ofdm.h.

◆ max_aval_car

int UWSmartOFDM::max_aval_car

protected

Definition at line 1150 of file uw-smart-ofdm.h.

◆ max_backoff_counter

double UWSmartOFDM::max_backoff_counter

protected

Maximum number of backoff it will consider while it increases the backoff exponentially.

Definition at line 1128 of file uw-smart-ofdm.h.

◆ max_burst_size

int UWSmartOFDM::max_burst_size

protected

Definition at line 1244 of file uw-smart-ofdm.h.

◆ max_car_reserved

int UWSmartOFDM::max_car_reserved

protected

Definition at line 1237 of file uw-smart-ofdm.h.

◆ max_payload

int UWSmartOFDM::max_payload

protected

Maximum number of payload in a packet.

Definition at line 1118 of file uw-smart-ofdm.h.

◆ max_rts_tries

int UWSmartOFDM::max_rts_tries

protected

Definition at line 1242 of file uw-smart-ofdm.h.

◆ max_tx_tries

int UWSmartOFDM::max_tx_tries

protected

Maximum number of retransmissions attempt.

Definition at line 1114 of file uw-smart-ofdm.h.

◆ msgDisp

MsgDisplayer UWSmartOFDM::msgDisp

protected

Definition at line 1231 of file uw-smart-ofdm.h.

◆ nextAssignment

double UWSmartOFDM::nextAssignment

protected

Definition at line 1180 of file uw-smart-ofdm.h.

◆ nextFreeTime

double UWSmartOFDM::nextFreeTime

protected

Definition at line 1250 of file uw-smart-ofdm.h.

◆ nextRTS

Packet* UWSmartOFDM::nextRTS

protected

Definition at line 1255 of file uw-smart-ofdm.h.

◆ nextRTSts

double UWSmartOFDM::nextRTSts

protected

Definition at line 1256 of file uw-smart-ofdm.h.

◆ nodeNum

int UWSmartOFDM::nodeNum

protected

Definition at line 1145 of file uw-smart-ofdm.h.

◆ nouse_carriers

std::vector<int> UWSmartOFDM::nouse_carriers

protected

Definition at line 1258 of file uw-smart-ofdm.h.

◆ occupancy_table

std::vector<std::vector<int> > UWSmartOFDM::occupancy_table

protected

Definition at line 1233 of file uw-smart-ofdm.h.

◆ oTableIndex

int UWSmartOFDM::oTableIndex

protected

Definition at line 1149 of file uw-smart-ofdm.h.

◆ otabmtx

std::mutex UWSmartOFDM::otabmtx

protected

Definition at line 1234 of file uw-smart-ofdm.h.

◆ pkt_to_ack

Packet* UWSmartOFDM::pkt_to_ack

protected

Definition at line 1252 of file uw-smart-ofdm.h.

◆ pkt_type_info

map< UWSmartOFDM::UWSMARTOFDM_PKT_TYPE, string > UWSmartOFDM::pkt_type_info

staticprotected

Container which stores all the packet type information of UWSmartOFDM.

Definition at line 1219 of file uw-smart-ofdm.h.

◆ prev_prev_state

UWSMARTOFDM_STATUS UWSmartOFDM::prev_prev_state

protected

Enum variable.

It stores the previous to previous state of a node

Definition at line 1206 of file uw-smart-ofdm.h.

◆ prev_state

UWSMARTOFDM_STATUS UWSmartOFDM::prev_state

protected

Enum variable.

It stores the previous state of a node

Definition at line 1204 of file uw-smart-ofdm.h.

◆ print_transitions

bool UWSmartOFDM::print_transitions

protected

Whether to print the state of the nodes.

Definition at line 1160 of file uw-smart-ofdm.h.

◆ prop_speed

const double UWSmartOFDM::prop_speed = 1500.0

staticprotected

Speed of the sound signal.

Definition at line 1186 of file uw-smart-ofdm.h.

◆ reason_info

map< UWSmartOFDM::UWSMARTOFDM_REASON_STATUS, string > UWSmartOFDM::reason_info

staticprotected

Container which stores all the reason information.

Definition at line 1216 of file uw-smart-ofdm.h.

◆ recv_data_id

int UWSmartOFDM::recv_data_id

protected

The sequence number of the packet which is received.

Definition at line 1175 of file uw-smart-ofdm.h.

◆ req_tslots

int UWSmartOFDM::req_tslots

protected

Definition at line 1238 of file uw-smart-ofdm.h.

◆ RTS_size

int UWSmartOFDM::RTS_size

protected

Size of the ACK, if the node uses SMARTOFDM.

Definition at line 1121 of file uw-smart-ofdm.h.

◆ RTS_timer

RTSTimer UWSmartOFDM::RTS_timer

protected

An object of the RTS timer class.

Definition at line 1191 of file uw-smart-ofdm.h.

◆ RTSsent

int UWSmartOFDM::RTSsent = 0

protected

Definition at line 1170 of file uw-smart-ofdm.h.

◆ RTSvalid

bool UWSmartOFDM::RTSvalid

protected

Definition at line 1248 of file uw-smart-ofdm.h.

◆ rttsamples

int UWSmartOFDM::rttsamples

protected

Number of RTT samples.

Definition at line 1169 of file uw-smart-ofdm.h.

◆ srtt

double UWSmartOFDM::srtt

protected

Smoothed Round Trip Time, calculated as for TCP.

Definition at line 1166 of file uw-smart-ofdm.h.

◆ start_tx_time

double UWSmartOFDM::start_tx_time

protected

Time when a packet start transmitting.

Definition at line 1165 of file uw-smart-ofdm.h.

◆ status_info

map< UWSmartOFDM::UWSMARTOFDM_STATUS, string > UWSmartOFDM::status_info

staticprotected

Container which stores all the status information.

Definition at line 1212 of file uw-smart-ofdm.h.

◆ sumrtt

double UWSmartOFDM::sumrtt

protected

Sum of RTT samples.

Definition at line 1167 of file uw-smart-ofdm.h.

◆ sumrtt2

double UWSmartOFDM::sumrtt2

protected

Sum of (RTT^2)

Definition at line 1168 of file uw-smart-ofdm.h.

◆ timeslot_length

double UWSmartOFDM::timeslot_length

protected

Definition at line 1236 of file uw-smart-ofdm.h.

◆ timeslots

int UWSmartOFDM::timeslots

protected

Definition at line 1235 of file uw-smart-ofdm.h.

◆ txsn

int UWSmartOFDM::txsn

protected

Sequence number of the packet which is transmitted.

Definition at line 1184 of file uw-smart-ofdm.h.

◆ uwsmartofdm_debug

int UWSmartOFDM::uwsmartofdm_debug

protected

Debuging Flag.

Definition at line 1131 of file uw-smart-ofdm.h.

◆ wait_constant

double UWSmartOFDM::wait_constant

protected

This fixed time is used to componsate different time variations.

Definition at line 1115 of file uw-smart-ofdm.h.

◆ waitPkt

int UWSmartOFDM::waitPkt

protected

Definition at line 1253 of file uw-smart-ofdm.h.

The documentation for this class was generated from the following files:

Classes

Public Member Functions

Protected Types

Protected Member Functions

Protected Attributes

Static Protected Attributes

Detailed Description

Member Enumeration Documentation

◆ UWSMARTOFDM_ACK_MODES

◆ UWSMARTOFDM_PKT_TYPE

◆ UWSMARTOFDM_REASON_STATUS

◆ UWSMARTOFDM_STATUS

◆ UWSMARTOFDM_TIMER_STATUS

Constructor & Destructor Documentation

◆ UWSmartOFDM()

◆ ~UWSmartOFDM()

Member Function Documentation

◆ addInvalidCarriers()

◆ batchSending()

◆ carToBeUsed()

◆ clearOccTable()

◆ command()

◆ computeTxTime()

◆ eraseItemFrommapAckTimer()

◆ eraseItemFromPktQueue()

◆ exitBackoff()

◆ exitCTSBackoff()

◆ getBackoffTime()

◆ getCTSsent()

◆ getHighPrioPktsRecv()

◆ getHighPrioPktsSent()

◆ getPktSeqNum()

◆ getRemainingPkts()

◆ getRTSsent()

◆ getRTT()

◆ getUpLayersDataPktsRx()

◆ incrCurrTxRounds()

◆ incrUpperDataRx()

◆ init_macofdm_node()

◆ initInfo()

◆ initPkt()

◆ Mac2PhySetTxBusy()

◆ Mac2PhyStartTx()

◆ matchCarriers()

◆ Phy2MacEndRx()

◆ Phy2MacEndTx()

◆ Phy2MacStartRx()

◆ pickFreeCarriers()

◆ printOccTable()

◆ printStateInfo()

◆ putAckTimerInMap()

◆ putPktInQueue()

◆ recvFromUpperLayers()

◆ refreshReason()

◆ refreshState()

◆ removeInvalidCarrier()

◆ resetAssignment()

◆ resetCurrTxRounds()

◆ stateBackoff()

◆ stateBackoffCTS()

◆ stateCheckAckExpired()

◆ stateCheckBackoffExpired()

◆ stateCheckCTSBackoffExpired()

◆ stateIdle()

◆ stateRxAck()

◆ stateRxBackoff()

◆ stateRxCTS()

◆ stateRxData()

◆ stateRxIdle()

◆ stateRxRTS()

◆ stateRxWaitAck()

◆ stateSendCTS()

◆ stateSendRTS()

◆ stateTxAck()

◆ stateTxData()

◆ stateWaitAck()

◆ stateWaitCTS()

◆ stateWaitData()

◆ txAck()

◆ txCTS()