Add to ORKGMagnetic compass north finding easily affected by interference and incorrect declination ► Error is not always evident ► Azimuth value “hunts ” because of changes in the magnetic field MEM’s gyro north finding not accurate or fast enough for Digital Fire Control Optical tracking cannot handle large shifts in azimuth and elevation Laser and Fiber Optic Gyros too heavy, expensive, and inefficient for use as a pointing device on man portable mortar
In evaluating the accuracy of most navigation measuring systems, it is accepted, as a rule, that mea...
Marine navigation is a surprisingly complex task; it entails far more than simply steering a ship fr...
People have been finding their way with compasses for many centuries, but the Earth's magnetism is a...
<p>Note that this figure is aligned with magnetic north, whereas <a href="http://www.plosone.org/art...
The use of electronic compasses and satellite systems has led to the magnetic compass becoming a sec...
When satellite signals are available, the localisation of a pedestrian is fairly straightforward. Ho...
The precision in detecting the north direction and estimate orientation is highly important. Excelle...
The ability to seek the accuracy of the true north direction is essential in determining the directi...
As surprising as it may seem, accurate north finding, with an error of only several milli-radian, is...
Even when the Global Positioning System (GPS) signal is blocked, a rate gyroscope (gyro) north finde...
The deviation card of a magnetic compass previously adjusted on two leading lines was created using ...
The use of magnetic field variations for positioning and navigation has been suggested by several re...
In this thesis the possible heading accuracy of a magnetic compass and the distortions to the earth’...
When satellite signals are available, the localisation of a pedestrian is fairly straightforward. Ho...
Navigation, position tracking, search for unexploded ammunition, and geophysical prospection of magn...
In evaluating the accuracy of most navigation measuring systems, it is accepted, as a rule, that mea...
Marine navigation is a surprisingly complex task; it entails far more than simply steering a ship fr...
People have been finding their way with compasses for many centuries, but the Earth's magnetism is a...
<p>Note that this figure is aligned with magnetic north, whereas <a href="http://www.plosone.org/art...
The use of electronic compasses and satellite systems has led to the magnetic compass becoming a sec...
When satellite signals are available, the localisation of a pedestrian is fairly straightforward. Ho...
The precision in detecting the north direction and estimate orientation is highly important. Excelle...
The ability to seek the accuracy of the true north direction is essential in determining the directi...
As surprising as it may seem, accurate north finding, with an error of only several milli-radian, is...
Even when the Global Positioning System (GPS) signal is blocked, a rate gyroscope (gyro) north finde...
The deviation card of a magnetic compass previously adjusted on two leading lines was created using ...
The use of magnetic field variations for positioning and navigation has been suggested by several re...
In this thesis the possible heading accuracy of a magnetic compass and the distortions to the earth’...
When satellite signals are available, the localisation of a pedestrian is fairly straightforward. Ho...
Navigation, position tracking, search for unexploded ammunition, and geophysical prospection of magn...
In evaluating the accuracy of most navigation measuring systems, it is accepted, as a rule, that mea...
Marine navigation is a surprisingly complex task; it entails far more than simply steering a ship fr...
People have been finding their way with compasses for many centuries, but the Earth's magnetism is a...