#include "IEEE802_11.h"
#include "ErrorModel.h"
#include "IEEE802_11_HTPhy.h"

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Data Structures
struct	stru_IEEE802_11_DSSS_Phy

struct	stru_IEEE802_11_OFDM_Phy

struct	stru_802_11_PHY_PLME_characteristics

struct	stru_802_11_phy_radio

struct	stru_802_11_Phy_Var

Macros
#define	BATTERY_RECHARGING_CURRENT_MA_DEFAULT 0

#define	BATTERY_VOLTAGE_V_DEFAULT 0

#define	BATTERY_INITIAL_ENERGY_DEFAULT 0

#define	BATTERY_TRANSMITTING_CURRENT_MA_DEFAULT 0

#define	BATTERY_RECEIVING_CURRENT_MA_DEFAULT 0

#define	BATTERY_IDLEMODE_CURRENT_MA_DEFAULT 0

#define	BATTERY_SLEEPMODE_CURRENT_MA_DEFAULT 0

#define	CSRANGEDIFF 0

#define	getSlotTime(phy) (phy->plmeCharacteristics.aSlotTime)

#define	getSIFSTime(phy) (phy->plmeCharacteristics.aSIFSTime)

#define	IEEE802_11_CURR_PHY IEEE802_11_PHY(pstruEventDetails->nDeviceId,pstruEventDetails->nInterfaceId)

#define	GET_RX_POWER_mw(tx, txi, rx, rxi, time) (DBM_TO_MW(GET_RX_POWER_dbm(tx, txi, rx, rxi, time)))

Typedefs
typedef enum enum_802_11_DSSS_PLCP_SIGNAL_Field	IEEE802_11_DSSS_PLCP_SIGNAL
	Enumeration to represent the DSSS rate More...

typedef struct stru_IEEE802_11_DSSS_Phy	IEEE802_11_DSSS_PHY

typedef struct stru_IEEE802_11_DSSS_Phy *	PIEEE802_11_DSSS_PHY

typedef struct stru_IEEE802_11_OFDM_Phy	IEEE802_11_OFDM_PHY

typedef struct stru_IEEE802_11_OFDM_Phy *	PIEEE802_11_OFDM_PHY

typedef struct stru_802_11_PHY_PLME_characteristics	PLME_CHARACTERISTICS

typedef struct stru_802_11_PHY_PLME_characteristics *	PPLME_CHARACTERISTICS

typedef struct stru_802_11_phy_radio	IEEE802_11_RADIO

typedef struct stru_802_11_phy_radio *	ptrIEEE802_11_RADIO

typedef struct stru_802_11_Phy_Var	IEEE802_PHY_VAR

typedef struct stru_802_11_Phy_Var *	PIEEE802_11_PHY_VAR

Enumerations
enum	IEEE802_11_PHY_TYPE { FHSS_2_4_GHz = 01 , DSSS_2_4_GHz = 02 , IR_Baseband = 03 , OFDM = 04 , DSSS = 05 , ERP = 06 , HT = 07 , VHT = 8 }

enum	enum_802_11_DSSS_PLCP_SIGNAL_Field { Rate_1Mbps = 0x0A , Rate_2Mbps = 0x14 , Rate_5dot5Mbps = 0x37 , Rate_11Mbps = 0x6E }
	Enumeration to represent the DSSS rate More...

Functions
double	GET_RX_POWER_dbm (NETSIM_ID tx, NETSIM_ID txi, NETSIM_ID rx, NETSIM_ID rxi, double time)

int	fn_NetSim_IEEE802_11_PHY_Init (NETSIM_ID nDeviceId, NETSIM_ID nInterfaceId)

bool	isMediumIdle (NETSIM_ID, NETSIM_ID)

void	fn_NetSim_IEEE802_11_Add_Phy_Header (NetSim_PACKET packet, UINT64 transmissionId)

double	get_preamble_time (PIEEE802_11_PHY_VAR phy)

int	fn_NetSim_IEEE802_11_PhyOut ()

int	fn_NetSim_IEEE802_11_PhyIn ()

bool	fn_NetSim_IEEE802_11_TransmitFrame (NetSim_PACKET *pstruPacket, NETSIM_ID nDevId, NETSIM_ID nInterfaceId)

bool	fn_NetSim_IEEE802_11_TransmitBroadcastFrame (NetSim_PACKET *pstruPacket, NETSIM_ID nDevId, NETSIM_ID nInterfaceId)

int	fn_NetSim_IEEE802_11_SetDataRate (NETSIM_ID txId, NETSIM_ID txIf, NETSIM_ID rxId, NETSIM_ID rxIf, NetSim_PACKET *packet, double time)

void	free_ieee802_11_phy_header (NetSim_PACKET *packet)

void	copy_ieee802_11_phy_header (NetSim_PACKET d, NetSim_PACKET s)

int	fn_NetSim_IEEE802_11_PropagationModel (NETSIM_ID nodeId, double time)

double	fn_NetSim_IEEE802_11_CalculateTransmissionTime (double size, NETSIM_ID nDevId, NETSIM_ID nInterfaceId)

double	fn_NetSim_IEEE802_11_HTPhy_getCtrlFrameDataRate (PIEEE802_11_PHY_VAR pstruPhy)

double	fn_NetSim_IEEE802_11_GetMinRxSensitivity (NETSIM_ID txId, NETSIM_ID txIf)

bool	is_radio_idle (PIEEE802_11_PHY_VAR phy)

bool	set_radio_state (NETSIM_ID d, NETSIM_ID in, PHY_TX_STATUS state, NETSIM_ID peerId, UINT64 transmissionId)

PHY_TX_STATUS	get_radio_state (PIEEE802_11_PHY_VAR phy)

void	set_mac_state_after_txend (PIEEE802_11_MAC_VAR mac)

bool	CheckFrequencyInterfrence (double dFrequency1, double dFrequency2, double bandwidth)

void	fn_NetSim_IEEE802_11_DSSPhy_SetEDThreshold (PIEEE802_11_PHY_VAR phy)

int	fn_NetSim_IEEE802_11_DSSPhy_UpdateParameter ()

int	fn_NetSim_IEEE802_11_DSSSPhy_DataRate (NETSIM_ID nDeviceId, NETSIM_ID nInterfaceId, NETSIM_ID nReceiverId, NetSim_PACKET *packet, double time)

unsigned int	get_dsss_phy_max_index ()

unsigned int	get_dsss_phy_min_index ()

void	get_dsss_phy_all_rate (double rate, UINT len)

void	fn_NetSim_IEEE802_11_OFDMPhy_SetEDThreshold (PIEEE802_11_PHY_VAR phy)

int	fn_NetSim_IEEE802_11_OFDMPhy_UpdateParameter ()

int	fn_NetSim_IEEE802_11_OFDMPhy_DataRate (NETSIM_ID nDeviceId, NETSIM_ID nInterfaceId, NETSIM_ID nReceiverId, NetSim_PACKET *packet, double time)

unsigned int	get_ofdm_phy_max_index ()

unsigned int	get_ofdm_phy_min_index ()

void	get_ofdm_phy_all_rate (int bandwidth_MHz, double rate, UINT len)

void	fn_NetSim_IEEE802_11_HTPhy_SetEDThreshold (PIEEE802_11_PHY_VAR phy)

int	fn_NetSim_IEEE802_11_HTPhy_UpdateParameter ()

void	fn_NetSim_IEEE802_11n_OFDM_MIMO_init (NETSIM_ID nDeviceId, NETSIM_ID nInterfaceId)

double	get_11n_preamble_time (PIEEE802_11_PHY_VAR phy)

double	fn_NetSim_IEEE802_11n_TxTimeCalculation (NetSim_PACKET *pstruPacket, NETSIM_ID nDevId, NETSIM_ID nInterfaceId)

int	fn_NetSim_IEEE802_11_HTPhy_DataRate (NETSIM_ID nDeviceId, NETSIM_ID nInterfaceId, NETSIM_ID nReceiverId, NetSim_PACKET *packet, double time)

unsigned int	get_ht_phy_max_index (IEEE802_11_PROTOCOL protocol, UINT)

unsigned int	get_ht_phy_min_index (IEEE802_11_PROTOCOL protocol, UINT)

void	fn_NetSim_IEEE802_11ac_OFDM_MIMO_init (NETSIM_ID nDeviceId, NETSIM_ID nInterfaceId)

double	get_11ac_preamble_time (PIEEE802_11_PHY_VAR phy)

double	fn_NetSim_IEEE802_11ac_TxTimeCalculation (NetSim_PACKET *pstruPacket, NETSIM_ID nDevId, NETSIM_ID nInterfaceId)

struct stru_802_11_Phy_Parameters_HT *	get_phy_parameter_HT (double dChannelBandwidth, UINT NSS)

PIEEE802_11_PHY_VAR	IEEE802_11_PHY (NETSIM_ID ndeviceId, NETSIM_ID nInterfaceId)

void	SET_IEEE802_11_PHY (NETSIM_ID ndeviceId, NETSIM_ID nInterfaceId, PIEEE802_11_PHY_VAR phy)

Macro Definition Documentation

◆ BATTERY_IDLEMODE_CURRENT_MA_DEFAULT

#define BATTERY_IDLEMODE_CURRENT_MA_DEFAULT 0

Definition at line 39 of file IEEE802_11_Phy.h.

◆ BATTERY_INITIAL_ENERGY_DEFAULT

#define BATTERY_INITIAL_ENERGY_DEFAULT 0

Definition at line 36 of file IEEE802_11_Phy.h.

◆ BATTERY_RECEIVING_CURRENT_MA_DEFAULT

#define BATTERY_RECEIVING_CURRENT_MA_DEFAULT 0

Definition at line 38 of file IEEE802_11_Phy.h.

◆ BATTERY_RECHARGING_CURRENT_MA_DEFAULT

#define BATTERY_RECHARGING_CURRENT_MA_DEFAULT 0

Definition at line 34 of file IEEE802_11_Phy.h.

◆ BATTERY_SLEEPMODE_CURRENT_MA_DEFAULT

#define BATTERY_SLEEPMODE_CURRENT_MA_DEFAULT 0

Definition at line 40 of file IEEE802_11_Phy.h.

◆ BATTERY_TRANSMITTING_CURRENT_MA_DEFAULT

#define BATTERY_TRANSMITTING_CURRENT_MA_DEFAULT 0

Definition at line 37 of file IEEE802_11_Phy.h.

◆ BATTERY_VOLTAGE_V_DEFAULT

#define BATTERY_VOLTAGE_V_DEFAULT 0

Definition at line 35 of file IEEE802_11_Phy.h.

◆ CSRANGEDIFF

#define CSRANGEDIFF 0

Definition at line 42 of file IEEE802_11_Phy.h.

◆ GET_RX_POWER_mw

#define GET_RX_POWER_mw	(	tx,
		txi,
		rx,
		rxi,
		time
	)	(DBM_TO_MW(GET_RX_POWER_dbm(tx, txi, rx, rxi, time)))

Definition at line 212 of file IEEE802_11_Phy.h.

◆ getSIFSTime

#define getSIFSTime ( phy ) (phy->plmeCharacteristics.aSIFSTime)

Definition at line 119 of file IEEE802_11_Phy.h.

◆ getSlotTime

#define getSlotTime ( phy ) (phy->plmeCharacteristics.aSlotTime)

Definition at line 118 of file IEEE802_11_Phy.h.

◆ IEEE802_11_CURR_PHY

#define IEEE802_11_CURR_PHY IEEE802_11_PHY(pstruEventDetails->nDeviceId,pstruEventDetails->nInterfaceId)

Definition at line 208 of file IEEE802_11_Phy.h.

Typedef Documentation

◆ IEEE802_11_DSSS_PHY

typedef struct stru_IEEE802_11_DSSS_Phy IEEE802_11_DSSS_PHY

◆ IEEE802_11_DSSS_PLCP_SIGNAL

typedef enum enum_802_11_DSSS_PLCP_SIGNAL_Field IEEE802_11_DSSS_PLCP_SIGNAL

Enumeration to represent the DSSS rate

◆ IEEE802_11_OFDM_PHY

typedef struct stru_IEEE802_11_OFDM_Phy IEEE802_11_OFDM_PHY

◆ IEEE802_11_RADIO

typedef struct stru_802_11_phy_radio IEEE802_11_RADIO

◆ IEEE802_PHY_VAR

typedef struct stru_802_11_Phy_Var IEEE802_PHY_VAR

◆ PIEEE802_11_DSSS_PHY

typedef struct stru_IEEE802_11_DSSS_Phy* PIEEE802_11_DSSS_PHY

◆ PIEEE802_11_OFDM_PHY

typedef struct stru_IEEE802_11_OFDM_Phy* PIEEE802_11_OFDM_PHY

◆ PIEEE802_11_PHY_VAR

typedef struct stru_802_11_Phy_Var* PIEEE802_11_PHY_VAR

◆ PLME_CHARACTERISTICS

typedef struct stru_802_11_PHY_PLME_characteristics PLME_CHARACTERISTICS

           PHY layer ************
Page-1514 IEEE Std 802.11 2012 Table 16-2 DS PHY characteristics
Page-1623 IEEE Std 802.11-2012 Table 18-17�OFDM PHY characteristics
Page-361 6.5.4.2 Semantics of the service primitive
PLME-CHARACTERISTICS

◆ PPLME_CHARACTERISTICS

typedef struct stru_802_11_PHY_PLME_characteristics* PPLME_CHARACTERISTICS

◆ ptrIEEE802_11_RADIO

typedef struct stru_802_11_phy_radio * ptrIEEE802_11_RADIO

Enumeration Type Documentation

◆ enum_802_11_DSSS_PLCP_SIGNAL_Field

enum enum_802_11_DSSS_PLCP_SIGNAL_Field

Enumeration to represent the DSSS rate

Enumerator
Rate_1Mbps
Rate_2Mbps
Rate_5dot5Mbps
Rate_11Mbps

Definition at line 59 of file IEEE802_11_Phy.h.

◆ IEEE802_11_PHY_TYPE

enum IEEE802_11_PHY_TYPE

Enumerator
FHSS_2_4_GHz
DSSS_2_4_GHz
IR_Baseband
OFDM
DSSS
ERP
HT
VHT

Definition at line 46 of file IEEE802_11_Phy.h.

Function Documentation

◆ CheckFrequencyInterfrence()

bool CheckFrequencyInterfrence	(	double	dFrequency1,
		double	dFrequency2,
		double	bandwidth
	)

Definition at line 490 of file IEEE802_11_Phy.c.

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◆ copy_ieee802_11_phy_header()

void copy_ieee802_11_phy_header	(	NetSim_PACKET *	d,
		NetSim_PACKET *	s
	)

Definition at line 107 of file IEEE802_11_PhyFrame.c.

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◆ fn_NetSim_IEEE802_11_Add_Phy_Header()

void fn_NetSim_IEEE802_11_Add_Phy_Header	(	NetSim_PACKET *	packet,
		UINT64 *	transmissionId
	)

This function is called in the fn_NetSim_WLAN_PhysicalOut() function. Add the PHY header pstruPacket->pstruPhyData->Packet_PhyData to the packet.

Definition at line 39 of file IEEE802_11_PhyFrame.c.

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◆ fn_NetSim_IEEE802_11_CalculateTransmissionTime()

double fn_NetSim_IEEE802_11_CalculateTransmissionTime	(	double	size,
		NETSIM_ID	nDevId,
		NETSIM_ID	nInterfaceId
	)

Calculate and return Transmission time for one packet.

Definition at line 465 of file IEEE802_11_Phy.c.

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◆ fn_NetSim_IEEE802_11_DSSPhy_SetEDThreshold()

void fn_NetSim_IEEE802_11_DSSPhy_SetEDThreshold ( PIEEE802_11_PHY_VAR phy )

Definition at line 112 of file IEEE802_11_DSSSPhy.c.

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◆ fn_NetSim_IEEE802_11_DSSPhy_UpdateParameter()

int fn_NetSim_IEEE802_11_DSSPhy_UpdateParameter ( )

Definition at line 79 of file IEEE802_11_DSSSPhy.c.

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◆ fn_NetSim_IEEE802_11_DSSSPhy_DataRate()

int fn_NetSim_IEEE802_11_DSSSPhy_DataRate	(	NETSIM_ID	nDeviceId,
		NETSIM_ID	nInterfaceId,
		NETSIM_ID	nReceiverId,
		NetSim_PACKET *	packet,
		double	time
	)

This function is used to calculate the data rate for IEEE 802.11-DSSS Phy

Definition at line 120 of file IEEE802_11_DSSSPhy.c.

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◆ fn_NetSim_IEEE802_11_GetMinRxSensitivity()

double fn_NetSim_IEEE802_11_GetMinRxSensitivity	(	NETSIM_ID	txId,
		NETSIM_ID	txIf
	)

Definition at line 698 of file IEEE802_11_Phy.c.

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◆ fn_NetSim_IEEE802_11_HTPhy_DataRate()

int fn_NetSim_IEEE802_11_HTPhy_DataRate	(	NETSIM_ID	nDeviceId,
		NETSIM_ID	nInterfaceId,
		NETSIM_ID	nReceiverId,
		NetSim_PACKET *	packet,
		double	time
	)

This function is used to set the data rate for a frame. Using this we are 
calculating the transmission time.
Data rate set based on the received power.
Select the receiver sensitivity as per below table assigned 
in PMD_RX_Specification_802_11abgn.c
page 1745 Table 20-23�Receiver minimum input level sensitivity  802.11-2012.pdf
Page 319 Table 20-22�Receiver minimum input level sensitivity 802.11n-2009.pdf 
These Data rates are as per table
page 345 Table 20-29 to  Table 20-36 802.11n-2009.pdf 

Definition at line 1145 of file IEEE802_11_HTPhy.c.

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◆ fn_NetSim_IEEE802_11_HTPhy_getCtrlFrameDataRate()

double fn_NetSim_IEEE802_11_HTPhy_getCtrlFrameDataRate ( PIEEE802_11_PHY_VAR pstruPhy )

Definition at line 1250 of file IEEE802_11_HTPhy.c.

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◆ fn_NetSim_IEEE802_11_HTPhy_SetEDThreshold()

void fn_NetSim_IEEE802_11_HTPhy_SetEDThreshold ( PIEEE802_11_PHY_VAR phy )

Definition at line 1125 of file IEEE802_11_HTPhy.c.

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◆ fn_NetSim_IEEE802_11_HTPhy_UpdateParameter()

int fn_NetSim_IEEE802_11_HTPhy_UpdateParameter ( )

Definition at line 1061 of file IEEE802_11_HTPhy.c.

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◆ fn_NetSim_IEEE802_11_OFDMPhy_DataRate()

int fn_NetSim_IEEE802_11_OFDMPhy_DataRate	(	NETSIM_ID	nDeviceId,
		NETSIM_ID	nInterfaceId,
		NETSIM_ID	nReceiverId,
		NetSim_PACKET *	packet,
		double	time
	)

This function is used to calculate the data rate for IEEE 802.11-OFDM Phy

Definition at line 200 of file IEEE802.11_OFDMPhy.c.

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◆ fn_NetSim_IEEE802_11_OFDMPhy_SetEDThreshold()

void fn_NetSim_IEEE802_11_OFDMPhy_SetEDThreshold ( PIEEE802_11_PHY_VAR phy )

Definition at line 191 of file IEEE802.11_OFDMPhy.c.

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◆ fn_NetSim_IEEE802_11_OFDMPhy_UpdateParameter()

int fn_NetSim_IEEE802_11_OFDMPhy_UpdateParameter ( )

Definition at line 113 of file IEEE802.11_OFDMPhy.c.

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◆ fn_NetSim_IEEE802_11_PHY_Init()

int fn_NetSim_IEEE802_11_PHY_Init	(	NETSIM_ID	nDeviceId,
		NETSIM_ID	nInterfaceId
	)

This function is used to configure the PhySical Layer parameters of device.
Configure the Preamble and PLCP header length.
Configure Control and broadcast frame data rate.
Calculate DIFS, EIFS and RIFS values.
Assign CS Threshold Value.

Definition at line 55 of file IEEE802_11_Phy.c.

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◆ fn_NetSim_IEEE802_11_PhyIn()

int fn_NetSim_IEEE802_11_PhyIn ( )

Definition at line 288 of file IEEE802_11_Phy.c.

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◆ fn_NetSim_IEEE802_11_PhyOut()

int fn_NetSim_IEEE802_11_PhyOut ( )

Definition at line 189 of file IEEE802_11_Phy.c.

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◆ fn_NetSim_IEEE802_11_PropagationModel()

int fn_NetSim_IEEE802_11_PropagationModel	(	NETSIM_ID	nodeId,
		double	time
	)

This function used to calculate the received from any wireless node other wireless nodes in the network. It check is there any interference between the adjacent channel. If any interference then it consider that effect to calculate the received power.

Definition at line 145 of file Component 1/Part 3/IEEE802_11/PropagationModel.c.

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◆ fn_NetSim_IEEE802_11_SetDataRate()

int fn_NetSim_IEEE802_11_SetDataRate	(	NETSIM_ID	txId,
		NETSIM_ID	txIf,
		NETSIM_ID	rxId,
		NETSIM_ID	rxIf,
		NetSim_PACKET *	packet,
		double	time
	)

This function used to compute the data rate with respect to the total received power set the received power value using received power range table for modulation(dbm)

Definition at line 670 of file IEEE802_11_Phy.c.

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◆ fn_NetSim_IEEE802_11_TransmitBroadcastFrame()

bool fn_NetSim_IEEE802_11_TransmitBroadcastFrame	(	NetSim_PACKET *	pstruPacket,
		NETSIM_ID	nDevId,
		NETSIM_ID	nInterfaceId
	)

Definition at line 591 of file IEEE802_11_Phy.c.

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◆ fn_NetSim_IEEE802_11_TransmitFrame()

bool fn_NetSim_IEEE802_11_TransmitFrame	(	NetSim_PACKET *	pstruPacket,
		NETSIM_ID	nDevId,
		NETSIM_ID	nInterfaceId
	)

Transmit the packet in the Medium, i.e from Physical out to Physical In. While transmitting check whether the Receiver radio state is CHANNEL_IDLE and also is the receiver is reachable, that is not an out off reach. If both condition satisfied then add the PHY IN EVENT, else drop the frame.

Definition at line 514 of file IEEE802_11_Phy.c.

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◆ fn_NetSim_IEEE802_11ac_OFDM_MIMO_init()

void fn_NetSim_IEEE802_11ac_OFDM_MIMO_init	(	NETSIM_ID	nDeviceId,
		NETSIM_ID	nInterfaceId
	)

This function is called to initialize the MIMO and OFDM parameters relevant to IEEE802.11ac. This function is called from the "fn_NetSim_WLAN_PHY_Configuration()" for HT PHY. Initialize time parameters as per the Table 20-5�Timing-related constants 802.11n-2009 pdf also initialize 802.11ac PHY header relevant parameters.

Definition at line 25 of file IEEE802_11ac.c.

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◆ fn_NetSim_IEEE802_11ac_TxTimeCalculation()

double fn_NetSim_IEEE802_11ac_TxTimeCalculation	(	NetSim_PACKET *	pstruPacket,
		NETSIM_ID	nDevId,
		NETSIM_ID	nInterfaceId
	)

This function is used to calculate the transmission time. If flag=1, then preamble time is
also taken into consideration. else only the time required to transmit the packetsize 
specified will be returned.
For Short GI
TXTIME = TGF_HT_PREAMBLE + THT_SIG + TSYMS * NSYM + SignalExtension
For Regular/ Long GI
TXTIME = TGF_HT_PREAMBLE + THT_SIG + TSYM * NSYM + SignalExtension
TGF_HT_PREAMBLE    is the duration of the preamble in HT_greenfield format, given by
TGF_HT_PREAMBLE = THT_GF_STF +  THT_ LTF1  +  (NLTF � 1)THT_ LTFs
TSYM, TSYMS, THT-SIG, TL-STF, THT-STF, THT-GF-STF, TL-LTF, THT-LTF1 and THT-LTFs defined in Table20-5 Timing-related constants
SignalExtension   is 0 microsecs when TXVECTOR parameter NO_SIG_EXTN is TRUE and is the duration of signal extension as defined by aSignalExtension in
Table 20- 4 when TXVECTOR parameter NO_SIG_EXTN is FALSE NLTF is defined in Equation (20-22)
NSYM is the total number of data symbols in the data portion, which may be calculated according to Equation (20-95)
For BCC coding 
NSYM = mSTBC * ceil ( (8*length + 16 + 6*NES)/(mSTBC*NDBPS) )
For LDPC
NSYM = Navbits / NCBPS 
length              is the number of octets in the data portion of the PPDU
mSTBC               is equal to 2 when STBC is used, and otherwise 1
NES and NCBPS       are defined in Table 20-6
NDBPS                is defined in Table 20-28
Navbits              is defined in Equation (20-39)

Definition at line 140 of file IEEE802_11ac.c.

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◆ fn_NetSim_IEEE802_11n_OFDM_MIMO_init()

void fn_NetSim_IEEE802_11n_OFDM_MIMO_init	(	NETSIM_ID	nDeviceId,
		NETSIM_ID	nInterfaceId
	)

This function is called to initialize the MIMO and OFDM parameters relevant to IEEE802.11n. This function is called from the "fn_NetSim_WLAN_PHY_Configuration()" for HT PHY. Initialize time parameters as per the Table 20-5�Timing-related constants 802.11n-2009 pdf also initialize 802.11n PHY header relevant parameters.

Definition at line 35 of file IEEE802_11n.c.

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◆ fn_NetSim_IEEE802_11n_TxTimeCalculation()

double fn_NetSim_IEEE802_11n_TxTimeCalculation	(	NetSim_PACKET *	pstruPacket,
		NETSIM_ID	nDevId,
		NETSIM_ID	nInterfaceId
	)

◆ free_ieee802_11_phy_header()

void free_ieee802_11_phy_header ( NetSim_PACKET * packet )

Definition at line 100 of file IEEE802_11_PhyFrame.c.

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◆ get_11ac_preamble_time()

double get_11ac_preamble_time ( PIEEE802_11_PHY_VAR phy )

Definition at line 180 of file IEEE802_11ac.c.

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◆ get_11n_preamble_time()

double get_11n_preamble_time ( PIEEE802_11_PHY_VAR phy )

Definition at line 113 of file IEEE802_11n.c.

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◆ get_dsss_phy_all_rate()

void get_dsss_phy_all_rate	(	double *	rate,
		UINT *	len
	)

Definition at line 71 of file IEEE802_11_DSSSPhy.c.

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◆ get_dsss_phy_max_index()

unsigned int get_dsss_phy_max_index ( )

Definition at line 61 of file IEEE802_11_DSSSPhy.c.

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◆ get_dsss_phy_min_index()

unsigned int get_dsss_phy_min_index ( )

Definition at line 66 of file IEEE802_11_DSSSPhy.c.

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◆ get_ht_phy_max_index()

unsigned int get_ht_phy_max_index	(	IEEE802_11_PROTOCOL	protocol,
		UINT	dGI
	)

Definition at line 898 of file IEEE802_11_HTPhy.c.

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◆ get_ht_phy_min_index()

unsigned int get_ht_phy_min_index	(	IEEE802_11_PROTOCOL	protocol,
		UINT	dGI
	)

Definition at line 924 of file IEEE802_11_HTPhy.c.

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◆ get_ofdm_phy_all_rate()

void get_ofdm_phy_all_rate	(	int	bandwidth_MHz,
		double *	rate,
		UINT *	len
	)

Definition at line 102 of file IEEE802.11_OFDMPhy.c.

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◆ get_ofdm_phy_max_index()

unsigned int get_ofdm_phy_max_index ( )

Definition at line 92 of file IEEE802.11_OFDMPhy.c.

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◆ get_ofdm_phy_min_index()

unsigned int get_ofdm_phy_min_index ( )

Definition at line 97 of file IEEE802.11_OFDMPhy.c.

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◆ get_phy_parameter_HT()

struct stru_802_11_Phy_Parameters_HT * get_phy_parameter_HT	(	double	dChannelBandwidth,
		UINT	NSS
	)

Definition at line 950 of file IEEE802_11_HTPhy.c.

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◆ get_preamble_time()

double get_preamble_time ( PIEEE802_11_PHY_VAR phy )

Definition at line 166 of file IEEE802_11_Phy.c.

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◆ get_radio_state()

PHY_TX_STATUS get_radio_state ( PIEEE802_11_PHY_VAR phy )

Definition at line 18 of file IEEE802_11_Radio.c.

◆ GET_RX_POWER_dbm()

double GET_RX_POWER_dbm	(	NETSIM_ID	tx,
		NETSIM_ID	txi,
		NETSIM_ID	rx,
		NETSIM_ID	rxi,
		double	time
	)

Definition at line 176 of file Component 1/Part 3/IEEE802_11/PropagationModel.c.

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◆ IEEE802_11_PHY()

PIEEE802_11_PHY_VAR IEEE802_11_PHY	(	NETSIM_ID	ndeviceId,
		NETSIM_ID	nInterfaceId
	)

Definition at line 95 of file IEEE1609_interface.c.

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◆ is_radio_idle()

bool is_radio_idle ( PIEEE802_11_PHY_VAR phy )

Definition at line 89 of file IEEE802_11_Radio.c.

◆ isMediumIdle()

bool isMediumIdle	(	NETSIM_ID	d,
		NETSIM_ID	in
	)

Definition at line 160 of file IEEE802_11_Phy.c.

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◆ SET_IEEE802_11_PHY()

void SET_IEEE802_11_PHY	(	NETSIM_ID	ndeviceId,
		NETSIM_ID	nInterfaceId,
		PIEEE802_11_PHY_VAR	phy
	)

Definition at line 138 of file IEEE1609_interface.c.

◆ set_mac_state_after_txend()

void set_mac_state_after_txend ( PIEEE802_11_MAC_VAR mac )

Definition at line 251 of file IEEE802_11_Mac.c.

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◆ set_radio_state()

bool set_radio_state	(	NETSIM_ID	d,
		NETSIM_ID	in,
		PHY_TX_STATUS	state,
		NETSIM_ID	peerId,
		UINT64	transmissionId
	)

Definition at line 55 of file IEEE802_11_Radio.c.

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Data Structures

Macros

Typedefs

Enumerations

Functions

Macro Definition Documentation

◆ BATTERY_IDLEMODE_CURRENT_MA_DEFAULT

◆ BATTERY_INITIAL_ENERGY_DEFAULT

◆ BATTERY_RECEIVING_CURRENT_MA_DEFAULT

◆ BATTERY_RECHARGING_CURRENT_MA_DEFAULT

◆ BATTERY_SLEEPMODE_CURRENT_MA_DEFAULT

◆ BATTERY_TRANSMITTING_CURRENT_MA_DEFAULT

◆ BATTERY_VOLTAGE_V_DEFAULT

◆ CSRANGEDIFF

◆ GET_RX_POWER_mw

◆ getSIFSTime

◆ getSlotTime

◆ IEEE802_11_CURR_PHY

Typedef Documentation

◆ IEEE802_11_DSSS_PHY

◆ IEEE802_11_DSSS_PLCP_SIGNAL

◆ IEEE802_11_OFDM_PHY

◆ IEEE802_11_RADIO

◆ IEEE802_PHY_VAR

◆ PIEEE802_11_DSSS_PHY

◆ PIEEE802_11_OFDM_PHY

◆ PIEEE802_11_PHY_VAR

◆ PLME_CHARACTERISTICS

◆ PPLME_CHARACTERISTICS

◆ ptrIEEE802_11_RADIO

Enumeration Type Documentation

◆ enum_802_11_DSSS_PLCP_SIGNAL_Field

◆ IEEE802_11_PHY_TYPE

Function Documentation

◆ CheckFrequencyInterfrence()

◆ copy_ieee802_11_phy_header()

◆ fn_NetSim_IEEE802_11_Add_Phy_Header()

◆ fn_NetSim_IEEE802_11_CalculateTransmissionTime()

◆ fn_NetSim_IEEE802_11_DSSPhy_SetEDThreshold()

◆ fn_NetSim_IEEE802_11_DSSPhy_UpdateParameter()

◆ fn_NetSim_IEEE802_11_DSSSPhy_DataRate()

◆ fn_NetSim_IEEE802_11_GetMinRxSensitivity()

◆ fn_NetSim_IEEE802_11_HTPhy_DataRate()

◆ fn_NetSim_IEEE802_11_HTPhy_getCtrlFrameDataRate()

◆ fn_NetSim_IEEE802_11_HTPhy_SetEDThreshold()

◆ fn_NetSim_IEEE802_11_HTPhy_UpdateParameter()

◆ fn_NetSim_IEEE802_11_OFDMPhy_DataRate()

◆ fn_NetSim_IEEE802_11_OFDMPhy_SetEDThreshold()

◆ fn_NetSim_IEEE802_11_OFDMPhy_UpdateParameter()

◆ fn_NetSim_IEEE802_11_PHY_Init()

◆ fn_NetSim_IEEE802_11_PhyIn()

◆ fn_NetSim_IEEE802_11_PhyOut()

◆ fn_NetSim_IEEE802_11_PropagationModel()

◆ fn_NetSim_IEEE802_11_SetDataRate()

◆ fn_NetSim_IEEE802_11_TransmitBroadcastFrame()

◆ fn_NetSim_IEEE802_11_TransmitFrame()

◆ fn_NetSim_IEEE802_11ac_OFDM_MIMO_init()

◆ fn_NetSim_IEEE802_11ac_TxTimeCalculation()

◆ fn_NetSim_IEEE802_11n_OFDM_MIMO_init()

◆ fn_NetSim_IEEE802_11n_TxTimeCalculation()

◆ free_ieee802_11_phy_header()

◆ get_11ac_preamble_time()

◆ get_11n_preamble_time()

◆ get_dsss_phy_all_rate()

◆ get_dsss_phy_max_index()

◆ get_dsss_phy_min_index()

◆ get_ht_phy_max_index()

◆ get_ht_phy_min_index()

◆ get_ofdm_phy_all_rate()

◆ get_ofdm_phy_max_index()

◆ get_ofdm_phy_min_index()

◆ get_phy_parameter_HT()

◆ get_preamble_time()

◆ get_radio_state()

◆ GET_RX_POWER_dbm()

◆ IEEE802_11_PHY()

◆ is_radio_idle()

◆ isMediumIdle()

◆ SET_IEEE802_11_PHY()

◆ set_mac_state_after_txend()