A geographical state vector is a set of data describing exactly where an object is located in space, and how it is moving. From a state vector, and sufficient mathematical conditions (e.g. the Picard-Lindelöf theorem), the object’s past and future position can be determined A geographical state vector typically will contain seven elements: three position coordinates, three velocity terms, and the time at which these values were valid. Mathematically, if we are to describe positions in a N-dimensional space R^n, then a state vector x belongs to R^(2n): x(t) = r(t) taken v(t) where r is the position vector and v is the velocity vector. Due to the freedom one has in choosing coordinate systems for position, a state vector may also be expressed in a variety of coordinate systems
https://en.wikipedia.org/wiki/State_vector_(geographical)
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Edrich Chua
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Paul Rossener 6:43 am on May 3, 2017 Permalink |
Hi Edrich, this topic was already taken by Ryan Rivera (GPS) and Jem Apolinario (Airplane navigation).
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Edrich Chua 3:36 pm on May 4, 2017 Permalink |
Hi sir! Na-edit ko na 🙂 I can’t seem to write it in an HTML format though so ang panget tuloy ng formatting. Sorry!
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www.sеху.qennzq.ru 3:30 pm on April 2, 2018 Permalink |
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www.sеху.lastasecis.ru 3:30 pm on April 2, 2018 Permalink |
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