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Sinonimous of Freedom our GPL is our ethical statement.FlightGear
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REVIEW
Visiting Helijah's Hangar
A review of the aircraft that have marked the history of aviation pioneers
A brainy innovation takes flight
A team of Northeastern University engineering students has developed a system that allows a pilot to fly a simulated airplane using nothing more than his or her brainwaves — a program that has piqued military and private-sector interest.
“Typically, a pilot has a joystick and a throttle and those allow him or her to do a myriad of things,” said Nedoroscik, the team leader. “We were able to identify the absolute essential controls and write them into the software. We’ve been able to achieve up to eight commands, which allowed us to fly the plane and do a couple of flight maneuvers.”
The group was supervised by Waleed Meleis, an associate professor of electrical and computer engineering, and worked closely with Assistant Professor Deniz Erdogmus, a brain-computer interface expert. During the two semesters they spent working on the project, Erdogmus gave the group access to his equipment, which allows a user to control computers or robots with signals from different parts of the body.
Using an open-source flight simulator called FlightGear, the group was able to design a computer system that could distinguish between eight commands at a rate of two seconds per command, achieving accurate results about 80 percent of the time.
This entry was posted in Campus & Community, Science & Technology and tagged airplane, Boston, capstone, computers, electrical and computer engineering, engineering, experiential learning, flight, grant, research, robots, simulator, students. Bookmark the permalink.
PHOTO Curt: "Unable to look back"
New version of FlightGear meteorological model Ver 1.0 by Torsthen
El crecimiento de la masa critica ha impresionado a todos los participantes.
We modify the way the weather affects ouu dinamics
University of Atlanta, Georgia has it's own dinamic model
Now everyone can feel the cloud's drift, and head winds moving humidity to your fuselage.
DIYDRONES
Using Arduino compatibility and GPS integration
Through a proxy server.
Now everyone can feel the cloud's drift, and head winds moving humidity to your fuselage.
FG friendly hardware - Arduino
FG friendly projects - Watch on video - Find more information
REMBRANDT
A huge project that give light to the FG project
A review of the aircraft that have marked the history of aviation pioneers
