similar to: cluster by unique value

> You will hit two problems though. The first is that you will need to have > a stream for remote participants to listen to. Yeah, that's right. If you want the remote speakers to be able to listen to the other speakers this becomes a little complicated. If you hear your own voice with a latency more than 1/10 or 1/5 second it becomes very distracting! This latency really is a problem.

Hi all, I'm using 'expression' in the axes labels in graphs to get the greek letters (ylab), as follows: plot( layer_1$U0 ,layer_1$dP/(H1.Theo) #,ylim=c(0,100) ,xlim=c(0,1.1) #,main="Pressure Drop", ,xlab=expression(U[0]~(Nm/s)) ,ylab=expression(Delta~P~(Pa/m)) ,col=2 ,pch=16 ,cex=1.5) I just need to know how to avoid the use of a space (~) between the greek

> Close. 10/100mbps Ethernet uses wires 1,2,3,6 but that is pair 2 & 3. > Pair > one is the pair up the dead center (pins 4&5), pair 2 is pins 1&2, pair 3 > is > 3&6 and pair 4 is 7&8. A T1 uses pairs 1&2, which is why you can't use a > regular crossover cable for a T1 crossover, but you can use a regular > ethernet patch cable as a T1 patch

Hola Mac (qué bien, un español ;-) ) > I would reserve a mountpoint for each one of these sources: >-Spain = my_radio.mp3 (Your listeners will listen to this mountpoint ONLY) >-Honduras = Honduras.mp3 >-Guatemala = Guatemala.mp3 Ok, it's seemed to my conversation with Eric. My Bc server will receive N sources, mix them and broadcast the final results, but I see some differences

Two questions that was not always clear for me [sorry for posting to this list :\]: ############################################################################################## Q1) when cabling, is the color order important? like: straight cabling: A side: white-orange, orange, white-green, blue, white-blue, green, white-brown, brown B side: white-orange, orange, white-green, blue,