Reporting and Analytics
The following images are a selection of charts, dashboards, reports, or analyses I've personally completed or directed to completion. They represent the analytics work I am proud to provide to my clients to enable data-driven decisions in their respective company. Note: Data has been "scrubbed" / "jittered" / "skewed" for presentation purposes.
To accomplish these visuals, I use Tableau, Spotfire, Oracle Business Intelligence Enterprise Edition (OBIEE), or Excel.
Parrot Mambo Minidrone - Custom FPV Setup
The Parrot Mambo makes an excellent platform due to its stability and brick-style connector on top which gives electrical power to attachments. The basis of the First-Person-View (FPV) setup was a tiny 200mW 5.8GHz Digital Camera and transmitter. I chose the 200mW version for the increased power. You will also need a video receiver which can attach to your TV via composite (old Yellow-Red-White) cables. Remember to sync up the channel between the receiver and the camera! Also, I would recommend the Flypad controller for increased range when flying the Mambo.
COnNECTION TO THE DRONE
The camera was held in place by a modified grabber arm (a stock attachment for the Parrot.) I dissected the grabber, removed the motor, and used the camera wiring soldered onto the power connection on the circuit board inside the brick. Since the camera came with a micro JST connector, I was able to neatly route the wires around the ultrasonic sensor on the bottom of the Mambo.
Once the grabber arm and brick are snapped in place, I used a combination of rubber bands and a twist-tie to hold the camera with the grabber arms. While this connection isn't 100% secure, it allows the camera to break free in the event of a bad crash or running into an object.
Lastly, by using the grabber arm to hold the camera in front of the Mambo, I was able to get a much clearer video picture since the two front propellers were not in the line of sight of the camera.
FLIGHT PERFORMANCE & VIDEO QUALITY
The Mambo is already a superb flyer and despite the extra weight of the camera and grabber arm, I noticed no adverse flight characteristics. The video feed was also very clear even when the drone was over 300ft away from the receiver (line of sight.) Lastly, I did notice a slightly reduced flight time, perhaps around 5-6min versus the regular 7-9min I usually get without the camera. I'd also recommend flying without the "bumpers" to save weight. The video on the right is a short compilation of some of the video I recorded of my flying. Enjoy!
The Internet of Things (IOT) industry is rapidly increasing in interest, revenue, and usability. This page will some of my activities in this cutting edge area on a personal or professional level. Unless otherwise stated, my preferred platform of choice is Particle.io and their "Photon" series of development boards. Learn more at Particle's website.
REmote Temperature MOnitoring for Aquariums
Using the Particle.io Photon, a custom application, a DS18B20 waterproof temperature sensor, and a dashboard via Ubidots, I was able to remotely monitor and record temperature fluctuations in my saltwater aquarium. This allowed me to more accurately adjust the heater's setting and understand the thermal energy being imparted to the water from the LED lighting. Conclusion: The stock LED light in the Fluval Evo 13 only rose the temperature by an average of 1-1.5 deg F during the day. Project is no longer active. Code available upon request.
Thirsty PLant Sensor
Leveraging the Particle Power Shield, a 20W solar panel from eBay, some custom developed code, and rigorous testing, I was able to keep a Particle Photon alive for over 1 month using merely solar/battery power without any additional recharges needed. The sensor takes capacitive soil readings from a Dwarf Banana Plant every 20 minutes and streams the results to Ubidots.
Project is currently active. Code available upon request. Please see example widgets of actual data from the sensor. Data is refreshed approximately every 20 minutes 24/7.