This Data contains measurements on reading and writing data to OPC UA servers directly and via REST and GraphQL interfaces. Each measurement is conducted 50 times. Measurements include reading a single value and reading a value 50 times. Measurements are conducted with Wireshark and the csv files are exported from it.

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Kinaesthetic data collected by Chai3D

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This file contains the MAB algorithms for millimeter wave (mmWave) beamforming training (BT) in Indoor environment for both single beam and concurrent beams scenarios. The algorithms were developed using MATLAB software and they are making use of the following data set

 

 

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This dataset of 7200 channels is generated at different locations in the room area of 30x15x4 m3, where the locations are separated by 0.25m in both horizontal and vertical directions. Each AP uses 10 dBm TX power and 2D BF. In the concurrent mmWave BT scenario, all APs are operating, while in the single mmWave BT scenario, we consider a single AP fixed on the center of the room’s ceiling

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 This  dataset of 7200 channels is generated at different locations in the room area of 30x15x4 m3, where the locations are separated by 0.25m in both horizontal and vertical directions. Each AP uses 10 dBm TX power and 2D BF. In the concurrent mmWave BT scenario, all APs are operating, while in the single mmWave BT scenario, we consider a single AP fixed on the center of the room’s ceiling

 

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The files here support the research work presented in the paper submitted for IEEE Transactions on Antennas and Propagation, "Site-specific Radio Propagation Model for 5G Macrocell Coverage at Sub-6 GHz Frequencies", which is currently under revision.This paper proposes a hybrid radio wave propagation model for 5G macrocell coverage predictions in built-up areas for sub-6 GHz frequency band.

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# -*- coding: utf-8 -*-

"""

Created on Wed Feb 26 11:19:38 2020

 

@author: ali nouruzi

"""

 

import numpy as np

import random

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As for the experiment results in the manuscript, we would like to provide the corresponding Transmitted, Measured and Processed data zipped in the folder “Transmitted_Measured_Processed_DATA”, for readers who are interest in the SC MIMO transceiver and want to reproduce the experiment results shown in the manuscript. All the parameters including sampling rate, modulation frequency, etc., are the same as those in Experiment part.

Instructions: 

The detalied file description is ziped in the Attachment.

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As for the experiment results in the manuscript, we would like to provide the corresponding Transmitted, Measured and Processed data zipped in the folder “Transmitted_Measured_Processed_DATA”, for readers who are interest in the SC MIMO transceiver and want to reproduce the experiment results shown in the manuscript. All the parameters including sampling rate, modulation frequency, etc., are the same as those in Experiment part.

Instructions: 

The detail descriptions of the data in the folder are shown in the following.

 

Transmitted Data in USRP B210:

 

File Name

Contents

Transimit_data_16QAM_1

Transimit_data_16QAM_2

The transmitted data with 16-QAM modulation in Tx antenna 1 and Tx antenna 2. (After RRC filter)

TrueSymbol_16QAM.mat

The transmitted random symbols for check.

Transimit_data_QPSK_1

Transimit_data_QPSK_2

The transmitted data with QPSK modulation in Tx antenna 1 and Tx antenna 2. (After RRC filter)

TrueSymbol_QPSK.mat

The transmitted random symbols for check.

Transimit_data_16QAM_Pic_Frame_1

Transimit_data_16QAM_Pic_Frame_2

The transmitted image data with 16-QAM modulation in Tx antenna 1 and Tx antenna 2.

 

Measured and Processed Data:

 

File Name

Contents

rxSig_mod.mat

The measured raw single-channel baseband signal.

coarseSyncSig.mat

The harmonic signals after coarse carrier synchronization.

rxSig_filter.mat

The harmonic signals after coarse carrier synchronization and matched filtering.

symbol_1_Fine.mat

symbol_2_Fine.mat

symbol_1_save.mat

symbol_2_save.mat

The detected symbols from the User 1 and User 2.

User_1_Received_Constellation_Diagram.fig

User_2_Received_Constellation_Diagram.fig

The received constellation diagrams of User 1 and User 2.

User_1_Recovered_Image.fig

User_2_Recovered_Image.fig

The received images from User 1 and User 2.

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Disclaimer 
DARPA is releasing these files in the public domain to stimulate further research. Their release implies no obligation or desire to support additional work in this space. The data is released as-is. DARPA makes no warranties as to the correctness, accuracy, or usefulness of the released data. In fact, since the data was produced by research prototypes, it is practically guaranteed to be imperfect.
Instructions: 

The data containing red team activities is divided into three sets, each corresponding to the three days of evaluation: 23Sep19, 24Sep19, and 25Sep19. The fourth set (23Sep19-night) contains no threats and contains data from the first night of evaluations, when clients were left running unattended overnight to collect additional baseline data.

During the initial one thousand client test, each mainframe server hosted fifty Windows clients. Half of the clients were taken down from each server for data collection, reducing the number of clients to five hundred, which resulted in a client machine naming continuity gap (e.g. Sys001-Sys025, Sys051-Sys075, …, Sys951-Sys975).

A full description of the contents, including message formats and file structure can be found in the OpTC-data-release.md file attached to this page and included in the root directory of the OpTC.tar.gz.

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