Inertial Navigation System: Difference between revisions
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Dead-reckoning is a navigation technique where you know where you started, what direction you flew, how fast you flew, and how long you flew. You can then, on a map, trace your position. The inertial navigation system (abbreviated "INS") uses accelerometers to find your velocity and direction, and computers compile in the time and an entered start position to calculate your current position. | Dead-reckoning is a navigation technique where you know where you started, what direction you flew, how fast you flew, and how long you flew. You can then, on a map, trace your position. The inertial navigation system (abbreviated "INS") uses accelerometers to find your velocity and direction, and computers compile in the time and an entered start position to calculate your current position. | ||
==Two Types== | ==Two Types== | ||
There are two primary types of inertial navigation systems, gimballed and strapdown. | There are two primary types of inertial navigation systems, gimballed and strapdown. | ||
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==References== | ==References== | ||
[http://www.cl.cam.ac.uk/techreports/UCAM-CL-TR-696.pdf] | [http://www.cl.cam.ac.uk/techreports/UCAM-CL-TR-696.pdf] | ||
[http://www.navfltsm.addr.com/basic-nav-general.htm] | |||
'''''Page is under construction and not completed''''' | '''''Page is under construction and not completed''''' | ||
Revision as of 19:59, 18 June 2009
The inertial navigation system is a system of aircraft navigation still used today in many large aircraft as the primary navigation system. Instead of using radio navigation aids or satellites, this system is entirely self-contained within the aircraft, computing the aircraft's position by sensing its acceleration and orientation. It, in essence, is a real accurate dead-reckoning computer.
Dead-reckoning is a navigation technique where you know where you started, what direction you flew, how fast you flew, and how long you flew. You can then, on a map, trace your position. The inertial navigation system (abbreviated "INS") uses accelerometers to find your velocity and direction, and computers compile in the time and an entered start position to calculate your current position.
Two Types
There are two primary types of inertial navigation systems, gimballed and strapdown.
Gimballed
References
Page is under construction and not completed