Snyder, "An Ultra-High Resolution Frequency Meter", > FCS #35, is very useful: > http://www.ieee-uffc.org/main/publications/fcs/proceed/1981/s8110464.pdf > > It describes an hardware implementation of a zero dead-time counter > (crude!) implementing the algorithm. It performs the averaging in the way I > described earlier.

I even handed out free CDs with a cruise guide and Hudson River charts at the Newport Trawlerfest. My favorite personal source of northeast cruise planning is a copy of Dodson's Coast and Harbor Charts containing a B&W copy of EVERY chart from Calais to Sandy Hook. When I say every chart, I really mean every chart.

Who every coined the saying that "You can have it either cheap, fast or good. Pick two!" was right. John Blackburn

Christophe Huygens wrote: > Hi John, Steve, et al, > > While I am not a phase noise buff at all, in talking to many on this > subject > I feel that this is not well understood.

Ted, I believe you're correct that there is no official policy that says a VSC decal is a free pass to avoid boardings, but think of how the system works in practice. A boarding team goes out for a day on the water with instructions to do ten random boardings if their work load allows (i.e., no SAR cases to respond to).

=true > degface = true; > df1 = [for(i=[n+2:-1:1]) 3+i ]; > df2 = [2,3,4]; > // the full tetrahedron data > pts = concat(p,ps); > fcs = degface?

I supposed that usrp module multiplies exp(phi) by exp(2*pi*fc*t ) generating exp(2*pi*fc*t+phi) and sending it. In the receiver the usrp module multiplies by exp(-2*pi*fc*t+phi) and I got only exp(phi), after with complex to angle block and unwrap block I obtain phi(the original cosine tone).

, nsfcs = [each for (i=[0:len(_fcs)-1]) [ [_fcs[i][0], len(_pts)+3*i+0, len(_pts)+3*i+2] , [len(_pts)+3*i+0, len(_pts)+3*i+1, len(_pts)+3*i+2] , [len(_pts)+3*i+0, _fcs[i][1], len(_pts)+3*i+1] , [len(_pts)+3*i+2, len(_pts)+3*i+1, _fcs[i][2]] ] ] , nspts = [for (v=spts

I really don't know where it wight have been coming from or where it was going but it may have been on its way to the Eramosa River or prehaps Guelph Lake where they have been known to nest on platforms. Directions(although it was just a fly over): from 401 take highway 6 ( 6 South) northwards until you reach U og Guelph in Guelph.

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