That when the site linked to is REALLY down there are no mirrors yet? While in every case when the original data is available there are tons and tons of mirrors around. Makes me wonder if anyone here actually goes to read the stories.
Would appreciate anyone putting up a mirror or at least the text.
replaced one of their Lab ethernet switches with this without the knowledge of the staff, THEN this would have been worthy of an MIT hack. Otherwise its just some guys with too much spare time.;-)...
Not that I do anything useful with my spare time;-)...
Hey why are you letting out top-secret MS NDA'd information? After all the noise about the new licensing dies down, we are going to charge for each time you read any MS product.
Dont get all these/. loonies into a flap already!!!
Check out most of the other comments, no one needs 30 frames per sec for security. Most he is going to do is 3-5 frames per sec. And also if he uses motion sensots, he is not going to have them on al the time.
How bout curtailing your own liberty in order to prove a point? Say you rip a few CD's illegally or may be download something from Kaaza.. and try to get arrested? How bout if 5000 people did this?
This is news because they put 80Gbps on a SINGLE wavelength. So your system would carry not 10*8 Gbps, but 80*8 Gbps. Now you gotta admit this is news:-)
I am currently doing my Master's thesis in Optical Network at UTD, so I guess I can comment on this.
The fiber on which the light travels cannot be made perfectly circular, this causes one mode of the light to travel faster than the other.
Normally this polarization mode dispersion (PMD) affects only the highest capacity channels say > 10Gbps. This is because at lower speeds other effects are predominant, and we can get to 40Gbps only by killing all the other effects.
The reason that we do not use only one mode of polarizad light to transmit the information is that the polarization direction changes randomly with time. Since the property of the fiber changes with stress, it has been reported that even a train running nearby (for fiber laid along railroad) is sufficient to change the polarization.
What I am curious is about the/controlling mean/. Since the polarization is going to be changing all the time, I guess they use a sort of pilot wave to sync the directions. From the translation, thats all Id hazard to guess.
As for AM Vs FM. most if not all fibers use AM. This is because the noise level is extremely low in the fiber, and also the noise mechanism itself i very different from plain radio transmission where the noise in AM is much more than noise in FM.
Also the lasers in use now, do not allow for a wide range of frequecy outputs to be controlled easily. Switching them on and off is much easier.
FM is used to modulate several radio frequecy channels over a light beam, this is called sub-carrier multiplexing.
Check out the fact that they need to see how each page links to each other. Their PageRank system is based on this. As the number of pages in their index grows the number of these cross-links grows > O(n)... I think it would be O(n^2) but Im just guessing....
Slashdot Mirror
That when the site linked to is REALLY down there are no mirrors yet? While in every case when the original data is available there are tons and tons of mirrors around. Makes me wonder if anyone here actually goes to read the stories.
Would appreciate anyone putting up a mirror or at least the text.
Ah yes... you see since V'Day, the /. crew have been partial towards chocs and teddy bears and other 'womenly' stuff...
;-)
Which kinda leaves the 99% of us out in the cold.
replaced one of their Lab ethernet switches with this without the knowledge of the staff, THEN this would have been worthy of an MIT hack. Otherwise its just some guys with too much spare time. ;-)...
;-)...
Not that I do anything useful with my spare time
Remember the guy who burnt the case? What I want is an computer with a burning case ;-)...
;-)
Would just putting an Athlon in without a heat-sink work?
who set fire to their cars? ;-)
Cisco road map (pdf) for implementation of IPv6 in IOS.
The same in html from Google.
They say that by/in 2002 (hey thats now) they will have completed implementation of all IPv6 functions in the routers.
Also the judge didn't want to get into the technicalities as they were way beyond her at this point.
MySQL wins on the trademark count (for now at least), but the motion on the GPL violation is being pushed to August.
Yeah driving is REALLY great....
IF you are driving and not stalled in traffic.
Ok so he didn't type anything else.. big deal ;)
Dont get all these
M.S. Clippy
But then I saw
and I was dropped back to earthIf one person here has a solution then this
Does it play Minesweeper as well as me??
Check out most of the other comments, no one needs 30 frames per sec for security. Most he is going to do is 3-5 frames per sec. And also if he uses motion sensots, he is not going to have them on al the time.
Actually.. they dont HAVE any banner ad's
Why not give evolution a boost?
Or are you scared that those who are more intelligent that you will be unkind to you?
I suggest you take a look at some of the stories in 'Last Man on Earth' a SF collection edited by Asimov, Greenberg.
How bout curtailing your own liberty in order to prove a point? Say you rip a few CD's illegally or may be download something from Kaaza.. and try to get arrested? How bout if 5000 people did this?
I know Im nitpicking, but his name was not GHANDI
It was GANDHI....
This is news because they put 80Gbps on a SINGLE wavelength. So your system would carry not 10*8 Gbps, but 80*8 Gbps. Now you gotta admit this is news :-)
The fiber on which the light travels cannot be made perfectly circular, this causes one mode of the light to travel faster than the other.
Normally this polarization mode dispersion (PMD) affects only the highest capacity channels say > 10Gbps. This is because at lower speeds other effects are predominant, and we can get to 40Gbps only by killing all the other effects.
The reason that we do not use only one mode of polarizad light to transmit the information is that the polarization direction changes randomly with time. Since the property of the fiber changes with stress, it has been reported that even a train running nearby (for fiber laid along railroad) is sufficient to change the polarization.
What I am curious is about the
As for AM Vs FM. most if not all fibers use AM. This is because the noise level is extremely low in the fiber, and also the noise mechanism itself i very different from plain radio transmission where the noise in AM is much more than noise in FM.
Also the lasers in use now, do not allow for a wide range of frequecy outputs to be controlled easily. Switching them on and off is much easier.
FM is used to modulate several radio frequecy channels over a light beam, this is called sub-carrier multiplexing.
When you see anything dangerous, it goes black
I think the key point that Katz missed was
FREE
I think their search methods are proprietory... check out google tech for more info....
Check out the fact that they need to see how each page links to each other. Their PageRank system is based on this. As the number of pages in their index grows the number of these cross-links grows > O(n)... I think it would be O(n^2) but Im just guessing....
i always knew google was fast... but 8000 processors??? how many miles of cable do they use???