Optimal Moments for Velocity Fields Analysis (2003)
Feldman, Hume A, Watkins, Richard, Melott, Adrian, Chambers, Will
We describe a new method of overcoming problems inherent in peculiar velocity surveys by using data compression as a filter with which to separate large-scale, linear flows from small-scale noise...
Optimal Moments for Velocity Fields Analysis (2003)
Feldman, Hume, Watkins, Richard, Melott, Adrian, Chambers, Will
We describe a new method of overcomingproblems inherent in peculiar velocity surveys by using data compression as a filter with which to separate large-scale, linear flows from small-scale noise that...
Optimal Moments for Velocity Fields Analysis (2003)
Feldman, Hume, Watkins, Richard, Melott, Adrian, Chambers, Will
We describe a new method of overcomingproblems inherent in peculiar velocity surveys by using data compression as a filter with which to separate large-scale, linear flows from small-scale noise that...
Optimal Moments for Velocity Fields Analysis (2003)
Feldman, Hume, Watkins, Richard, Melott, Adrian, Chambers, Will
We describe a new method of overcomingproblems inherent in peculiar velocity surveys by using data compression as a filter with which to separate large-scale, linear flows from small-scale noise that...
Optimal Moments for Velocity Fields Analysis (2003)
Feldman, Hume, Watkins, Richard, Melott, Adrian, Chambers, Will
We describe a new method of overcomingproblems inherent in peculiar velocity surveys by using data compression as a filter with which to separate large-scale, linear flows from small-scale noise that...