NIRGAM
A Simulator for NoC Interconnect Routing and Application Modeling

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default.h File Reference

Defines default values for NIRGAM parameters. More...

Go to the source code of this file.

Variables
topology	TOPO = MESH
	topology (NoC)
int	num_rows = 4
	number of rows in topology
int	num_cols = 4
	number of columns in topology
int	num_tiles = num_rows * num_cols
	number of tiles in topology
routing_type	RT_ALGO = XY
	routing algorithm
int	LOG = 0
	log level (0 - 4)
int	NUM_BUFS = 8
	buffer depth (number of buffers in i/p channel fifo)
int	FLITSIZE = 5
	size of flit (in bytes)
int	HEAD_PAYLOAD = 1
	payload size (in bytes) in head/hdt flit
int	DATA_PAYLOAD = 4
	payload size (in bytes) in data/tail flit
ULL	WARMUP = 5
	warmup period (in clock cycles) before traffic generation begins
ULL	SIM_NUM = 3000
	Total simulation cycles.
ULL	TG_NUM = 1000
	Number of clock cycles until which traffic is generated.
double	CLK_FREQ = 1
	clock frequency (in GHz)
double	CLK_PERIOD = (1/CLK_FREQ)
	clock period (in ns)

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Detailed Description

Defines default values for NIRGAM parameters.

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Variable Documentation

double CLK_FREQ = 1

clock frequency (in GHz)

double CLK_PERIOD = (1/CLK_FREQ)

clock period (in ns)

int DATA_PAYLOAD = 4

payload size (in bytes) in data/tail flit

int FLITSIZE = 5

size of flit (in bytes)

int HEAD_PAYLOAD = 1

payload size (in bytes) in head/hdt flit

int LOG = 0

log level (0 - 4)

int NUM_BUFS = 8

buffer depth (number of buffers in i/p channel fifo)

int num_cols = 4

number of columns in topology

int num_rows = 4

number of rows in topology

int num_tiles = num_rows * num_cols

number of tiles in topology

routing_type RT_ALGO = XY

routing algorithm

ULL SIM_NUM = 3000

Total simulation cycles.

ULL TG_NUM = 1000

Number of clock cycles until which traffic is generated.

topology TOPO = MESH

topology (NoC)

ULL WARMUP = 5

warmup period (in clock cycles) before traffic generation begins

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