deployment_tool Namespace Reference

Functions
def	datasets (n_frames_to_inspect, fr_strt)
def	parse_signal_hdf5 (hdf5_signal, hdf5_noise, default_frame=100, ant_i=0, user_i=0, thresh=0.001, sub_sample=1, plot_level=0)
def	plotter_per_dataset (samps, default_frame, ant_i, user_i, offset, pilot_frames, match_filt_clr, hdf5, frame_map, seq_found, corr_total, snr)
def	plotter_final (frame_map, snr, snrf, seq_found, n_frames_to_inspect)
def	pilot_finder (samples, pilot_type, flip=False, pilot_seq=[])
def	main ()

Detailed Description

 deployment_tool.py

 Script used to parse and analyze data collected during measurement campaigns.
 It supports multi-cell mode.
 Datasets are publicly available in our website
 http://renew-wireless.org/

 NOTE: A major assumption here is that the noise dataset used to compute
 SNR used the same parameters (same metadata)

---------------------------------------------------------------------
 Copyright © 2018-2019. Rice University.
 RENEW OPEN SOURCE LICENSE: http://renew-wireless.org/license
---------------------------------------------------------------------

Function Documentation

datasets()

def deployment_tool.datasets	(		n_frames_to_inspect,
			fr_strt
	)

TOPOLOGY
cell 3 | RF3E000179 - USTAR
cell 4 | RF3E000119 – EBC (David)
cell 0 | RF3E000145 - ACC
cell 1 | RF3E000166 – Honors
cell 2 | RF3E000030 – MEB
client | RF3E000157 – Client (Kirk)

IMPORTANT: The node at EBC couldn't be connected to the network so we collected data separately

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main()

def deployment_tool.main

(

)

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parse_signal_hdf5()

def deployment_tool.parse_signal_hdf5	(		hdf5_signal,
			hdf5_noise,
			default_frame = 100,
			ant_i = 0,
			user_i = 0,
			thresh = 0.001,
			sub_sample = 1,
			plot_level = 0
	)

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pilot_finder()

def deployment_tool.pilot_finder	(		samples,
			pilot_type,
			flip = False,
			pilot_seq = []
	)

Find pilots from clients to each of the base station antennas

Input:
    samples    - Raw samples from pilots and data.
                 Dimensions: vector [1 x num samples]
    pilot_type - Type of TX pilot (e.g., 802.11 LTS)
    flip       - Needed for finding LTS function

Output:
    pilot     - Received pilot (from multiple clients)
    tx_pilot  - Transmitted pilot (same pilot sent by all clients)

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plotter_final()

def deployment_tool.plotter_final	(		frame_map,
			snr,
			snrf,
			seq_found,
			n_frames_to_inspect
	)

    Plotter

    Only supports one client (needs to be extended if we collect measurements with more clients)

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plotter_per_dataset()

def deployment_tool.plotter_per_dataset	(		samps,
			default_frame,
			ant_i,
			user_i,
			offset,
			pilot_frames,
			match_filt_clr,
			hdf5,
			frame_map,
			seq_found,
			corr_total,
			snr
	)

    Plot channel analysis

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