When I worked at Microsoft, we were joking about how this would happen. One guy I knew about in another department actually got canned over just the joking. He literally said "Lolwut" when they fired him. They don't take this stuff lightly anymore!
My first experience with programming started on this computer. For some reason, knowing that it was possible to create your own stuff (next to running somebody else's stuff) fascinated me. A cousin of mine (who already had some programming experience on the Commodore) showed me the basics. Moreover, I also owned several C= programming books (given to me by some relatives) which I used as a reference, although I was not always able to understand all these concepts as a kid.
The first C128 BASIC program I ever wrote looked basically like this:
10 INPUT "WHAT IS YOUR NAME";A$
20 PRINT "HELLO ";A$;"!"
It was just a very simple program which asked the user to type his name and responded by sending a friendly greeting to the user. Of course, these two lines were a little boring, so usually I added two lines in the beginning which cleared the screen, changed the color of the text and I used some POKE'ing to change to colors of the main screen and screen border to make the program look a little prettier.
Again, interesting, we do a lot of this at work. Complex 3D FFT transforms. I write my plan and processing code using CUFFT. I'm curious as to whether they'd be using fully custom code for such a large computer. We're only using 8x Tesla cards at work.
Interesting but not surprising that they are looking at the GPU route. The fine article doesn't explain enough though. Does anyone know exactly what they are trying to process?
They can tap it. They do tap it. They're building a nationwide infrastructure to capture all the IP header data at each point where it enters a telecommunications network. YES, THEY CAN DO THIS. THEY ALREADY HAVE DONE THIS. THEY DO THIS ALL THE TIME.
Ummm...good luck with that. WIFI is notoriously easy to jam. You can barrage jam every frequency in the band with a low-power transmitter, say 10-20dBm, and no one is going to get through. No decision mechanism needed.
If you're paying to develop an ECCM anti-jamming algorithm, you are going to be working with systems that were built with jamproofing in mind in the first place. This is NOT the case with WIFI. With sophisticated modulation schemes, you have spatial and frequency multiplexing. As in, spread spectrum that actually works and may have tens of GHz of bandwidth and with 10 or 20 degrees of beamwidth. It's still jammable despite trying to keep it from being jammed by brute force or intelligence (read--someone gets the PN code), and these guys want to figure out at least how to automatically keep that from happening. This is going to involve a lot of data analysis because there are a lot of ways to jam a "stealthy" signal in the first place.
Remember, there aren't as many true geeks are here as there are nerds who are just "teched out." That's why we have fewer good submissions like this and more stories about how to blow up stuff with a microwave or the biggest lego masterpiece ever created.:)
Will this boost their business, or will it hurt it? I wonder what will show up as the top hundred results in a few weeks...
EasyDNS Plugged WikiLeaks or EasyDNS falsely accused of unplugging WikiLeaks
Only time can tell, but I would guess the latter. Kind of like when my local paper misprints something and they apologize in a short posting in an unread section between two huge car ads...
Mr. Obama was elected and was immediately awarded with the Nobel Peace Prize before he had a chance to make any change. I wouldn't call him a warmonger, but we're still at odds with the Middle East, and he/we appear to have no plan in sight to change that.
Slashdot Mirror
When I worked at Microsoft, we were joking about how this would happen. One guy I knew about in another department actually got canned over just the joking. He literally said "Lolwut" when they fired him. They don't take this stuff lightly anymore!
My first experience with programming started on this computer. For some reason, knowing that it was possible to create your own stuff (next to running somebody else's stuff) fascinated me. A cousin of mine (who already had some programming experience on the Commodore) showed me the basics. Moreover, I also owned several C= programming books (given to me by some relatives) which I used as a reference, although I was not always able to understand all these concepts as a kid.
The first C128 BASIC program I ever wrote looked basically like this:
10 INPUT "WHAT IS YOUR NAME";A$
20 PRINT "HELLO ";A$;"!"
It was just a very simple program which asked the user to type his name and responded by sending a friendly greeting to the user. Of course, these two lines were a little boring, so usually I added two lines in the beginning which cleared the screen, changed the color of the text and I used some POKE'ing to change to colors of the main screen and screen border to make the program look a little prettier.
Hehehe!
-GiTP =)
No, coming from a computer scientist, that is too vague for words.
Lots of 3D (fast) Fourier transforms
Again, interesting, we do a lot of this at work. Complex 3D FFT transforms. I write my plan and processing code using CUFFT. I'm curious as to whether they'd be using fully custom code for such a large computer. We're only using 8x Tesla cards at work.
Interesting but not surprising that they are looking at the GPU route. The fine article doesn't explain enough though. Does anyone know exactly what they are trying to process?
They can tap it. They do tap it. They're building a nationwide infrastructure to capture all the IP header data at each point where it enters a telecommunications network. YES, THEY CAN DO THIS. THEY ALREADY HAVE DONE THIS. THEY DO THIS ALL THE TIME.
[citation needed]
Ummm...good luck with that. WIFI is notoriously easy to jam. You can barrage jam every frequency in the band with a low-power transmitter, say 10-20dBm, and no one is going to get through. No decision mechanism needed.
If you're paying to develop an ECCM anti-jamming algorithm, you are going to be working with systems that were built with jamproofing in mind in the first place. This is NOT the case with WIFI. With sophisticated modulation schemes, you have spatial and frequency multiplexing. As in, spread spectrum that actually works and may have tens of GHz of bandwidth and with 10 or 20 degrees of beamwidth. It's still jammable despite trying to keep it from being jammed by brute force or intelligence (read--someone gets the PN code), and these guys want to figure out at least how to automatically keep that from happening. This is going to involve a lot of data analysis because there are a lot of ways to jam a "stealthy" signal in the first place.
The C64's operating system is stored on ROM chips (which by definition can not be written to.)
How do you explain EEPROM or flash ROM? ROM is a narrow context.
Remember, there aren't as many true geeks are here as there are nerds who are just "teched out." That's why we have fewer good submissions like this and more stories about how to blow up stuff with a microwave or the biggest lego masterpiece ever created. :)
This article was headlined by KDAWSON. I think that we need to peer review all of the submissions that go in. Kinda like metamoderating.
Will this boost their business, or will it hurt it? I wonder what will show up as the top hundred results in a few weeks...
EasyDNS Plugged WikiLeaks
or
EasyDNS falsely accused of unplugging WikiLeaks
Only time can tell, but I would guess the latter. Kind of like when my local paper misprints something and they apologize in a short posting in an unread section between two huge car ads...
What about the USA?
Mr. Obama was elected and was immediately awarded with the Nobel Peace Prize before he had a chance to make any change. I wouldn't call him a warmonger, but we're still at odds with the Middle East, and he/we appear to have no plan in sight to change that.