Functions
function	inspect_agora_ul_results (dataset_filename, verbose) %%Load data from the input file and inspect evm and snr %dataset_filename

id	Data ()

*for complex	type (native float) total_samples

Variables
	inspect_frame = 100

	verbose = "false"

end	total_frames = double(h5readatt(dataset_filename, group_id, 'MAX_FRAME'))

	samples_per_slot = double(h5readatt(dataset_filename, group_id, 'SLOT_SAMP_LEN'))

	tx_zero_prefix_len = double(h5readatt(dataset_filename, group_id, 'TX_ZERO_PREFIX_LEN'))

	data_size = double(h5readatt(dataset_filename, group_id, 'OFDM_DATA_NUM'))

	data_start = double(h5readatt(dataset_filename, group_id, 'OFDM_DATA_START'))

	data_stop = double(h5readatt(dataset_filename, group_id, 'OFDM_DATA_STOP'))

	fft_size = double(h5readatt(dataset_filename, group_id, 'OFDM_CA_NUM'))

	cp_len = double(h5readatt(dataset_filename, group_id, 'CP_LEN'))

	total_ul_symbols = double(h5readatt(dataset_filename, group_id, 'UL_SLOTS'))

	ul_pilot_symbols = double(h5readatt(dataset_filename, group_id, 'UL_PILOT_SLOTS'))

	cl_sdr_id = h5readatt(dataset_filename, group_id, 'CL_SDR_ID')

Choose the Beacon data	dataset_id = '/Pilot_Samples'

end Generate a int16 array	rx_pilots_hdf5 = h5read(dataset_filename, strcat(group_id,dataset_id))

Dimensions[Samples, Ant, Symbol, Cells, Frame]	total_users = size(rx_pilots_hdf5, 2)

Convert to double and scale	rx_pilots_scaled_double = double(rx_pilots_hdf5) ./ double(intmax('int16'))

Convert to complex double Samples x User x Symbol	rx_pilots_cxdouble = complex(rx_pilots_scaled_double(1:2:end, :, :, 1:total_frames), rx_pilots_scaled_double(2:2:end,:, :, 1:total_frames))

end Generate a int16 array	rx_syms_hdf5 = h5read(dataset_filename, strcat(group_id,dataset_id))

Convert to double and scale	rx_syms_scaled_double = double(rx_syms_hdf5) ./ double(intmax('int16'))

Convert to complex double Samples x User x Symbol x Frame	rx_syms_cxdouble = complex(rx_syms_scaled_double(1:2:end, :, :, 1:total_frames), rx_syms_scaled_double(2:2:end,:, :, 1:total_frames))

Split off pilots and data	rx_pilot_cxdouble = rx_syms_cxdouble(:,:,1:ul_pilot_symbols, :)

	rx_data_cxdouble = rx_syms_cxdouble(:,:,1+ul_pilot_symbols:end, :)

	configs

end	start = [1 1 1 1 1]

	count = [total_samples total_users 1 1 1]

	tx_pilot_hdf5 = double(h5read(dataset_filename, strcat(group_id,dataset_id), start, count))

Convert to complex	tx_pilot_cxdouble = complex(tx_pilot_hdf5(1:2:end,:), tx_pilot_hdf5(2:2:end,:))

Function Documentation

◆ Data()

id Data ( )

virtual

◆ inspect_agora_ul_results()

function inspect_agora_ul_results	(	dataset_filename	,
		verbose
	)

◆ type()

* for complex type ( native float )

Variable Documentation

◆ cl_sdr_id

cl_sdr_id = h5readatt(dataset_filename, group_id, 'CL_SDR_ID')

◆ configs

configs

Initial value:

= [samples_per_slot tx_zero_prefix_len data_size data_start data_stop fft_size cp_len ...

total_ul_symbols ul_pilot_symbols total_users]

◆ count

clear tx_pilot_hdf5 dataset_id start count = [total_samples total_users 1 1 1]

◆ cp_len

cp_len = double(h5readatt(dataset_filename, group_id, 'CP_LEN'))

◆ data_size

data_size = double(h5readatt(dataset_filename, group_id, 'OFDM_DATA_NUM'))

◆ data_start

data_start = double(h5readatt(dataset_filename, group_id, 'OFDM_DATA_START'))

◆ data_stop

data_stop = double(h5readatt(dataset_filename, group_id, 'OFDM_DATA_STOP'))

◆ dataset_id

dataset_id = '/Pilot_Samples'

◆ fft_size

fft_size = double(h5readatt(dataset_filename, group_id, 'OFDM_CA_NUM'))

◆ inspect_frame

inspect_frame = 100

◆ rx_data_cxdouble

rx_data_cxdouble = rx_syms_cxdouble(:,:,1+ul_pilot_symbols:end, :)

◆ rx_pilot_cxdouble

Split off pilots and data rx_pilot_cxdouble = rx_syms_cxdouble(:,:,1:ul_pilot_symbols, :)

◆ rx_pilots_cxdouble

Convert to complex double Samples x User x Symbol rx_pilots_cxdouble = complex(rx_pilots_scaled_double(1:2:end, :, :, 1:total_frames), rx_pilots_scaled_double(2:2:end,:, :, 1:total_frames))

◆ rx_pilots_hdf5

clear rx_pilots_hdf5 = h5read(dataset_filename, strcat(group_id,dataset_id))

◆ rx_pilots_scaled_double

clear rx_pilots_scaled_double = double(rx_pilots_hdf5) ./ double(intmax('int16'))

◆ rx_syms_cxdouble

Convert to complex double Samples x User x Symbol x Frame rx_syms_cxdouble = complex(rx_syms_scaled_double(1:2:end, :, :, 1:total_frames), rx_syms_scaled_double(2:2:end,:, :, 1:total_frames))

◆ rx_syms_hdf5

clear rx_syms_hdf5 = h5read(dataset_filename, strcat(group_id,dataset_id))

◆ rx_syms_scaled_double

clear rx_syms_scaled_double = double(rx_syms_hdf5) ./ double(intmax('int16'))

◆ samples_per_slot

samples_per_slot = double(h5readatt(dataset_filename, group_id, 'SLOT_SAMP_LEN'))

◆ start

end start = [1 1 1 1 1]

◆ total_frames

end total_frames = double(h5readatt(dataset_filename, group_id, 'MAX_FRAME'))

◆ total_ul_symbols

total_ul_symbols = double(h5readatt(dataset_filename, group_id, 'UL_SLOTS'))

◆ total_users

Dimensions [Samples, Ant, Symbol, Cells, Frame] total_users = size(rx_pilots_hdf5, 2)

◆ tx_pilot_cxdouble

Convert to complex tx_pilot_cxdouble = complex(tx_pilot_hdf5(1:2:end,:), tx_pilot_hdf5(2:2:end,:))

◆ tx_pilot_hdf5

tx_pilot_hdf5 = double(h5read(dataset_filename, strcat(group_id,dataset_id), start, count))

◆ tx_zero_prefix_len

tx_zero_prefix_len = double(h5readatt(dataset_filename, group_id, 'TX_ZERO_PREFIX_LEN'))

◆ ul_pilot_symbols

ul_pilot_symbols = double(h5readatt(dataset_filename, group_id, 'UL_PILOT_SLOTS'))

◆ verbose

if verbose = "false"

Functions

Variables