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| Kalman Filter |
A numerical method used to track a time varying signal in
the presence of noise. If the signal can be characterised by
some number of parameters that vary slowly with time, then Kalman
Filtering can be used to tell how incoming raw measurements
should be processed to best estimate those parameters as a function
of time. |
| Keplerian orbital elements |
These give a description of any astronomical orbit:
a: Semi-major Axis
e: Eccentricity
o: Argument of Perigee
l: Right ascension of ascending node
i Inclination
t: True anomaly
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| Kinematic positioning |
Kinematic positioning refers to applications in which the
position of a non-stationary object (automobile, ship, bicycle)
is determined. |
| Kinematic Surveying |
A form of continuous differential carrier phase surveying.
Operational constraints include starting from a known baseline
and tracking a minimum of four satellites at all times when
moving between each survey position. One receiver is located
at a control point, while another or others are moved between
points to be measured. If positions for all epochs during measurement
are required, it is known as a continuous kinematic survey.
If positions are required only at those points where the movement
has stopped is called a Stop and Go kinematic survey. The latter
is commonly used for detail or topographic survey. |
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