parsedata_detail.m File Reference

Functions
	index (1:512:frame_count)
	fprintf ("FFT: %.2f(%.2f,%.2f,%.2f), ZF: %.2f(%.2f, %.2f,%.2f), Demul: %.2f(%.2f,%.2f,%.2f), Decode: %.2f(%.2f,%.2f,%.2f)\n",... avg_fft, avg_fft_1, avg_fft_2, avg_fft_3, avg_zf, avg_zf_1, avg_zf_2, avg_zf_3, avg_demul, avg_demul_1, avg_demul_2, avg_demul_3, avg_decode, avg_decode_1, avg_decode_2, avg_decode_3)
	fprintf ("FFT: %.2f(%.2f,%.2f), ZF: %.2f(%.2f, %.2f), Demul: %.2f(%.2f,%.2f)\n",... avg_fft, avg_fft_1+avg_fft_3, avg_fft_2, avg_zf, avg_zf_1, avg_zf_2, avg_demul, avg_demul_1+avg_demul_3, avg_demul_2)
	fprintf ("Per task: FFT: %.2f(%.3f,%.3f,%.3f), ZF: %.3f(%.3f,%.3f,%.3f), Demul: %.2f(%.3f,%.3f,%.3f)\n",...[avg_fft, avg_fft_1, avg_fft_2, avg_fft_3]/n_fft_task *n_core, [avg_zf, avg_zf_1, avg_zf_2, avg_zf_3]/n_zf_task *n_core, [avg_demul, avg_demul_1, avg_demul_2, avg_demul_3]/n_demul_task *n_core)
	fprintf ("Time per task: fft: %.1f+%.2f, zf: %.1f+%.2f, demul:%.2f+%.3f, decode:%.1f+%.2f\n",... avg_fft_compute, std_fft_compute, avg_zf_compute, std_zf_compute, avg_demul_compute, std_demul_compute, avg_decode_compute, std_decode_compute)
	fprintf ("Time all cores: fft: %.1f+%.2f, zf: %.1f+%.2f, demul:%.2f+%.3f, decode:%.1f+%.2f\n",... avg_fft_compute, std_fft_compute, avg_zf_compute, std_zf_compute, avg_demul_compute, std_demul_compute, avg_decode_compute, std_decode_compute)
	fprintf ("Data Time all cores: fft: %.4f, zf: %.4f, demul:%.4f, decode:%.4f\n",... avg_fft_data, avg_zf_data, avg_demul_data, avg_decode_data)

Variables
	fid = fopen('../files/experiment/timeresult_detail.txt')
	temp = textscan(fid,"%f%f%f%f%f%f%f%f%f%f%f%f",'HeaderLines',2)
	M = 8
	n_core = 30
	n_fft_task = M * 70
	n_zf_task = 1200
	n_demul_task = 1200 * 62
	fft_1 = temp{1}
	fft_2 = temp{2}
	fft_3 = temp{3}
	zf_1 = temp{4}
	zf_2 = temp{5}
	zf_3 = temp{6}
	demul_1 = temp{7}
	demul_2 = temp{8}
	demul_3 = temp{9}
	decode_1 = temp{10}
	decode_2 = temp{11}
	decode_3 = temp{12}
	frame_count = length(fft_1)
	index = [1:frame_count]
	subset = index(1200:end)
	avg_fft_1 = mean(fft_1(subset))
	avg_fft_2 = mean(fft_2(subset))
	avg_fft_3 = mean(fft_3(subset))
	avg_fft = avg_fft_1 + avg_fft_2 + avg_fft_3
	avg_zf_1 = mean(zf_1(subset))
	avg_zf_2 = mean(zf_2(subset))
	avg_zf_3 = mean(zf_3(subset))
	avg_zf = avg_zf_1 + avg_zf_2+avg_zf_3
	avg_demul_1 = mean(demul_1(subset))
	avg_demul_2 = mean(demul_2(subset))
	avg_demul_3 = mean(demul_3(subset))
	avg_demul = avg_demul_1 + avg_demul_2 + avg_demul_3
	avg_decode_1 = mean(decode_1(subset))
	avg_decode_2 = mean(decode_2(subset))
	avg_decode_3 = mean(decode_3(subset))
	avg_decode = avg_decode_1 + avg_decode_2 + avg_decode_3
	avg_fft_compute = mean(fft_2(subset))/896*26
	std_fft_compute = std(fft_2(subset))/896*26
	avg_zf_compute = mean(zf_2(subset))/75*26
	std_zf_compute = std(zf_2(subset))/75*26
	avg_demul_compute = mean(demul_2(subset)+demul_3(subset))/15600*26
	std_demul_compute = std(demul_2(subset)+demul_3(subset))/15600*26
	avg_decode_compute = mean(decode_2(subset))/208*26
	std_decode_compute = std(decode_2(subset))/208*26
	avg_fft_data = mean(fft_1(subset)+fft_3(subset))/1000
	avg_zf_data = mean(zf_1(subset))/1000
	avg_demul_data = mean(demul_1(subset))/1000
	avg_decode_data = mean(decode_1(subset))/1000

Function Documentation

fprintf() [1/6]

fprintf	(	"Data Time all cores: fft: %.	4f,
		zf:%.	4f,
		demul:%.	4f,
		decode:%.4f\n"	,
			avg_fft_data,
		avg_zf_data	,
		avg_demul_data	,
		avg_decode_data
	)

fprintf() [2/6]

fprintf	(	"FFT: %.	2f%.2f,%.2f,
		ZF:%.	2f%.2f, %.2f,
		Demul:%.2f(%.2f,%.2f)\n"	,
			avg_fft,
		avg_fft_1+	avg_fft_3,
		avg_fft_2	,
		avg_zf	,
		avg_zf_1	,
		avg_zf_2	,
		avg_demul	,
		avg_demul_1+	avg_demul_3,
		avg_demul_2
	)

fprintf() [3/6]

fprintf	(	"FFT: %.	2f%.2f,%.2f,%.2f,
		ZF:%.	2f%.2f, %.2f,%.2f,
		Demul:%.	2f%.2f,%.2f,%.2f,
		Decode:%.2f(%.2f,%.2f,%.2f)\n"	,
			avg_fft,
		avg_fft_1	,
		avg_fft_2	,
		avg_fft_3	,
		avg_zf	,
		avg_zf_1	,
		avg_zf_2	,
		avg_zf_3	,
		avg_demul	,
		avg_demul_1	,
		avg_demul_2	,
		avg_demul_3	,
		avg_decode	,
		avg_decode_1	,
		avg_decode_2	,
		avg_decode_3
	)

fprintf() [4/6]

fprintf	(	"Per task: FFT: %.	2f%.3f,%.3f,%.3f,
		ZF:%.	3f%.3f,%.3f,%.3f,
		Demul:%.2f(%.3f,%.3f,%.3f)\n"	,
		.../n_fft_task *	n_core[avg_fft, avg_fft_1, avg_fft_2, avg_fft_3],
		[avg_zf, avg_zf_1, avg_zf_2, avg_zf_3] /n_zf_task *	n_core,
		[avg_demul, avg_demul_1, avg_demul_2, avg_demul_3] /n_demul_task *	n_core
	)

fprintf() [5/6]

fprintf	(	"Time all cores: fft: %.1f+%.	2f,
		zf:%.1f+%.	2f,
		demul:%.2f+%.	3f,
		decode:%.1f+%.2f\n"	,
			avg_fft_compute,
		std_fft_compute	,
		avg_zf_compute	,
		std_zf_compute	,
		avg_demul_compute	,
		std_demul_compute	,
		avg_decode_compute	,
		std_decode_compute
	)

fprintf() [6/6]

fprintf	(	"Time per task: fft: %.1f+%.	2f,
		zf:%.1f+%.	2f,
		demul:%.2f+%.	3f,
		decode:%.1f+%.2f\n"	,
			avg_fft_compute,
		std_fft_compute	,
		avg_zf_compute	,
		std_zf_compute	,
		avg_demul_compute	,
		std_demul_compute	,
		avg_decode_compute	,
		std_decode_compute
	)

index()

index

(

1:512:frame_count

)

Variable Documentation

avg_decode

avg_decode = avg_decode_1 + avg_decode_2 + avg_decode_3

avg_decode_1

avg_decode_1 = mean(decode_1(subset))

avg_decode_2

avg_decode_2 = mean(decode_2(subset))

avg_decode_3

avg_decode_3 = mean(decode_3(subset))

avg_decode_compute

avg_decode_compute = mean(decode_2(subset))/208*26

avg_decode_data

avg_decode_data = mean(decode_1(subset))/1000

avg_demul

avg_demul = avg_demul_1 + avg_demul_2 + avg_demul_3

avg_demul_1

avg_demul_1 = mean(demul_1(subset))

avg_demul_2

avg_demul_2 = mean(demul_2(subset))

avg_demul_3

avg_demul_3 = mean(demul_3(subset))

avg_demul_compute

avg_demul_compute = mean(demul_2(subset)+demul_3(subset))/15600*26

avg_demul_data

avg_demul_data = mean(demul_1(subset))/1000

avg_fft

avg_fft = avg_fft_1 + avg_fft_2 + avg_fft_3

avg_fft_1

avg_fft_1 = mean(fft_1(subset))

avg_fft_2

avg_fft_2 = mean(fft_2(subset))

avg_fft_3

avg_fft_3 = mean(fft_3(subset))

avg_fft_compute

avg_fft_compute = mean(fft_2(subset))/896*26

avg_fft_data

avg_fft_data = mean(fft_1(subset)+fft_3(subset))/1000

avg_zf

avg_zf = avg_zf_1 + avg_zf_2+avg_zf_3

avg_zf_1

avg_zf_1 = mean(zf_1(subset))

avg_zf_2

avg_zf_2 = mean(zf_2(subset))

avg_zf_3

avg_zf_3 = mean(zf_3(subset))

avg_zf_compute

avg_zf_compute = mean(zf_2(subset))/75*26

avg_zf_data

avg_zf_data = mean(zf_1(subset))/1000

decode_1

decode_1 = temp{10}

decode_2

decode_2 = temp{11}

decode_3

decode_3 = temp{12}

demul_1

demul_1 = temp{7}

demul_2

demul_2 = temp{8}

demul_3

demul_3 = temp{9}

fft_1

fft_1 = temp{1}

fft_2

fft_2 = temp{2}

fft_3

fft_3 = temp{3}

fid

fid = fopen('../files/experiment/timeresult_detail.txt')

frame_count

frame_count = length(fft_1)

index

index = [1:frame_count]

M

elseif M = 8

n_core

n_core = 30

n_demul_task

n_demul_task = 1200 * 62

n_fft_task

n_fft_task = M * 70

n_zf_task

n_zf_task = 1200

std_decode_compute

std_decode_compute = std(decode_2(subset))/208*26

std_demul_compute

std_demul_compute = std(demul_2(subset)+demul_3(subset))/15600*26

std_fft_compute

std_fft_compute = std(fft_2(subset))/896*26

std_zf_compute

std_zf_compute = std(zf_2(subset))/75*26

subset

subset = index(1200:end)

temp

temp = textscan(fid,"%f%f%f%f%f%f%f%f%f%f%f%f",'HeaderLines',2)

zf_1

zf_1 = temp{4}

zf_2

zf_2 = temp{5}

zf_3

zf_3 = temp{6}