Independent Science Research Quarter 3

So far, I have integrated holograms of the E-lab into my augmented reality human-machine-interface, set up multiple sensor nodes for my data monitoring, networking, and automation project, coded scripts to log data as CSV, and programmed a web interface for reading the data.

Quarter 3 summary video: http://energylab.hpa.edu/public/college/davy_ragland/Media/Projects/Davy_Ragland_Q3.mov
Mirror: https://www.youtube.com/watch?v=fIMZsBSqPZE
I added a dynamic object tracking HUD to my augmented reality hologram interface.
http://physics.hpa.edu/users/dragland/weblog/59682/Independent_Science_Research_Week_1.html
I worked with EXG Technologies again.
http://physics.hpa.edu/users/dragland/weblog/99018/_Independent_Science_Research_Week_2.html
I began porting my holographic interfaces to IOS with XCODE.
http://physics.hpa.edu/users/dragland/weblog/49834/Independent_Science_Research_Week_3.html
I created an augmented reality hologram of the Energy-lab for the google glass from the drone's 3D mapping.
http://physics.hpa.edu/users/dragland/weblog/000af/Independent_Science_Research_Week_4.html
I began my data monitoring, networking, and automation project.
http://physics.hpa.edu/users/dragland/weblog/31096/Independent_Science_Research_Week_5.html
I soldered an XBee RF module to the Op-amp of an energy monitoring sensor, so that I can stream its data wirelessly.
http://physics.hpa.edu/users/dragland/weblog/543bd/Independent_Science_Research_Week_6.html
I set up the Raspberry Pi and began coding my Python data logging script.
http://physics.hpa.edu/users/dragland/weblog/bf62f/Independent_Science_Research_Week_7.html
I programmed my code to write sensor data to a CSV.
http://physics.hpa.edu/users/dragland/weblog/2a58a/Independent_Science_Research_Week_8.html
I coded the Web interface for my data system in HTML, CSS, and Javascript, so that I can easily view my data.
http://physics.hpa.edu/users/dragland/weblog/33579/Independent_Science_Research_Week_9.html