In this first history lesson, couldn't they have triangulated a bit more than that? I can think of a couple methods:<P>1) Two stations receive the signal, but at slightly different bearings. This produces a triangle (two corners being the stations and the third the source).<P>2) Calculate the velocity at which the Earth was passing through the signal. Assume both source and receiver are at rest with respect to one another; then successively remove the Earth's velocity relative to Sun, stellar cluster, galactic arm, and galaxy to see if anything comes up zero. This gives you a range.<P>3) Determine if there was a Doppler change during the time spent in the signal.<P>I dunno... I kinda almost flunked my Signals course stream.<P>------------------
Crewman: "Sir! An enemy ship is approaching! Can't scan its defenses!"
Captain: "Very well... ARM PHASE CANNON!"
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De enemies just ran roughshod over DeMatt...