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Three AGFA Sensor cameras together: the AGFAMATIC 100 Sensor, the AGFA Optima Flash Sensor and the AGFA Selectronic S Sensor.
The researchers collected information on seawater at Heron Reef using an integrated sensor network. Credit: David I. Kline
A single built in sensor is in the middle of the box. It is behind the small hole. The other hole is a jack for a plug in dual sensor module.
This is a change from the earlier pictures I posted. I have decided that the only way to properly test 35mm SLR film planes is with dual sensors spaced appropriately.
Sensors are able to measure temperature, humidity, pressure, sound, light, magnetism, acceleration and various chemical properties in their vicinity. This installation illustrates how quickly and efficiently such sensors work.
credit: Kristefan Minski
As part of Nasa's Spaceward Bound Mojave 2010 trip, Eric Wang and his team from Reno, Nevada, sent up two high altitude balloons with various payloads attached. One of the things that went up was a digital camera st to take a photo every 10 seconds, that Lia Klofas and Myself carefully packed into a polystyrene cube with a small heater, to stop the battery freezing, and temperature sensors that measured the temperature both within the payload package and of the air surrounding it.
The balloons were launched just after sunrise at the Zzyzx research station in the Mojave National Preserve, California, and ended their journey, approimately two hours later, in Arizona.
The balloons reached a height of 108,000 ft, which depending on who your talk to, might actually count as "space", but either way, the photos we got back were spectacular. Here are a few of the best.
Something about this peculiar sensor extension shape makes me hear Star Trek tricorder sounds in my head.
I don't know why I never noticed this before, but my pitch calculations are way off. They're delayed by a good couple of seconds and what's worse, they reverse for the first second. This means that when it pitches forward, the copter actually thinks it's pitching backwards (and then it flips).
Roll is fine, making it even more confusing. It's the same sensors and math, just different axis.
The IMU data is what I actually use -- it's a combination of the gyro and accel data.
SGT Shetara Hailey, a human resources NCO with 8th Special Troops Battalion, uses night vision goggles to navigate her vehicle through a night convoy during sergeants training July 28, 2014, at Schofield Barracks, HI. Sensors increase the odds of survivability by limiting unnecessary casualties and targeting threats. (U.S. Army photo by SPC David Innes, 8th Theater Sustainment Command Public Affairs)