~/wirelessvr$ ls -R 
.:
Matlab_code  README  scripts

./Matlab_code: 
OptTableV3.m  - To generate the Optimum values for different link conditions
permn.m  
RunTimeTable.m  - To test the algorithm given snapshot of link conditions 
ValuesTest.m 

./scripts/Streaming:
client.py  - Open socket connections to the server and receive files
server.py – Open socket connections to the VR client and transmit files based on link conditions

./scripts/Video_to_tiles:
encode.py   - Convert the raw video to HEVC format using Kvazaar tool
boxing.py   - Using MP4Box tool, generate .mpd file for the hevc format
dashing.py  - The hevc files will be separated into tiles. Each tile would be represented by 1 .m4s file and init.mp4 file. 
concat.py    - The .m4s file should be concatenated to the init.mp4 file before transmission for playback

./scripts/wireless_link_establish/connectAP/connect2.4G:
connect.sh  - To connect to the 2.4 AP SSID
 
./scripts/wireless_link_establish/connectAP/connect60G:
connect.sh  - To connect to the 60G AP’s SSID

./scripts/wireless_link_establish/startAP/start2.4G:
start.sh – To start an AP with specified SSID using 2.4G interface 

./scripts/wireless_link_establish/startAP/start60G:
start.sh – To start an AP with specified SSID using 60G interface

./scripts/Wireless_link_measurements:
latency_wifi.py               – measure latency of wifi link    
measurements_shell.sh    - Script to make the link measurements 
rate_wigig.py                   - measure rate of wigig link 
rssi_wifi.py                      - measure rssi of wifi link 
latency_wigig.py             - measure latency of wigig link
rate_wifi.py                     - measure rate of wifi link 
rssi_wigig.py                   - measure rssi of wigig link


./scripts/Wireless_link_measurements/WiGig_rssi:
server.pyc    - Run this file to get readings from wmi 
wil6210.fw  - Copy this file to firmwares