architecture.get_cacti_cost Namespace Reference

Classes
class	CactiConfig
	Configuration for Cacti. More...

Functions
tuple[float, float, float, float]	get_cacti_cost (str cacti_path, float tech_node, str mem_type, float mem_size_in_byte, float bw, str hd_hash="a")
	extract time, area, r_energy, w_energy cost from cacti 7.0 :param cacti_path: the location of cacti :param tech_node: technology node (directly supported node by CACTI: 0.022, 0.032, 0.045, 0.065, 0.09, 0.18) :param mem_type: memory type (sram or dram) :param mem_size_in_byte: memory size (unit: byte) :param bw: memory IO bitwidth :param hd_hash: input file suffix when generating CACTI input file (useful and in avoid of file conflict for multi-processing simulation) Attention: for CACTI, the minimum mem_size=64B, minimum_rows=32 More...
float	get_w_cost_per_weight_from_cacti (str cacti_path, dict[str, float] tech_param, dict[str, Any] hd_param, dict[str, Any] dimensions)

Function Documentation

get_cacti_cost()

tuple[float, float, float, float] architecture.get_cacti_cost.get_cacti_cost	(	str	cacti_path,
		float	tech_node,
		str	mem_type,
		float	mem_size_in_byte,
		float	bw,
		str	hd_hash = "a"
	)

extract time, area, r_energy, w_energy cost from cacti 7.0 :param cacti_path: the location of cacti :param tech_node: technology node (directly supported node by CACTI: 0.022, 0.032, 0.045, 0.065, 0.09, 0.18) :param mem_type: memory type (sram or dram) :param mem_size_in_byte: memory size (unit: byte) :param bw: memory IO bitwidth :param hd_hash: input file suffix when generating CACTI input file (useful and in avoid of file conflict for multi-processing simulation) Attention: for CACTI, the minimum mem_size=64B, minimum_rows=32

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get_w_cost_per_weight_from_cacti()

float architecture.get_cacti_cost.get_w_cost_per_weight_from_cacti	(	str	cacti_path,
		dict[str, float]	tech_param,
		dict[str, Any]	hd_param,
		dict[str, Any]	dimensions
	)

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