While using directional antennas will help to some extent, keep in mind that your clients will NOT have directional antennas, and will interfere with each other. A larger number of access points with lower power will help to some extent, but with this many people using the service concurrently, you may have a problem, regardless of how you do it. Also, make sure you don't use a single/24 subnet for client addresses if you have more than 500 clients; you'll run out of address space.
Actually, you would probably find Mosaic fairly slow these days, on the pages that would render acceptably. Mosaic had a poor threading model for the type of pages that you see today.
The attack shown works on an image with a bit depth of 2. Camera RAW files have much higher bit depth, and unless you're saturating the whole sensor, I would imagine the image does not contain significantly large values of the same exact pixel value.
If I remember correctly, Mars is too far away for TCP --- you'll timeout before you can establish the connection. I don't think anybody bothered to implement HTTP over UDP, though there is a port reserved for it.
No, it's technically correct, but we like to call those "associative arrays" hashes. Also, the $_ after print is redundant, and the three lines at the end would probably be combined into
Some developers are very good at running games on lower-end hardware. TF2, for example, runs passably on minimum settings on my ATI Mobility Radeon 9000 with 32 MB of video RAM. That's a four- or five-year-old laptop GPU with an abysmally small amount of memory. It still looks better than any game at maximum settings that came out when the GPU was released. You can assemble a computer (not just the GPU) for $500 today that will run on your 19" LCD display with pretty much everything except anti-aliasing cranked all the way up.
The higher-end hardware is only helpful these days for the insane resolutions that are on 24" and larger displays.
If you want to play games at the highest possible settings on huge displays, then yes, you're going to spend a pretty penny. But developers (at least for the most part) have done a good job with scaling the level of detail down to run on lower end hardware.
I used the Yahoo maps API for a project. It works pretty well, and it also integrates with their YUI javascript framework passably. If you're not committed to either Google or Microsoft, I'd give them a chance. They also have a couple different modes---you can choose from either flash or DHTML. We went with the DHTML because we had to interact more closely with the content in the page.
Vim tries pretty hard to not conflict with "classic" vi's keys and behavior. There are other vi clones that conflict a bit more. Setting compatibility mode (I think it *is* set by default unless you override it in your.vimrc) with:set cp will put most of the borderline cases back to normal vi behavior. Also, any known cases where vim behaves contrary to vi are documented in the help file.
Which is why we have these little things called tuning knobs. You turn them, and it changes the tension in the strings. With a good enough ear or a proper tuner, you can make it very close to any pitch you want within a reasonable range, such as 440 Hz.
Well, when you optimize operation Y, you may be slowing down operation Z (predicting differently on branches, allocating processing units differently). Or, alternatively, you may break operation W (game X never cares about triangles with these attributes, so we skip them to make operation Y faster, but other games might need those triangles to render properly).
Slashdot Mirror
Yes, the automobile was environmentally beneficial over horses in cities. The sheer amount of manure generated by all the horses was a public health problem. http://www.thefreemanonline.org/columns/our-economic-past-the-great-horse-manure-crisis-of-1894/
print "Spoken like someone who ".$string."\n";
Why don't you let Perl do the interpolation for you? You have an extra ". and ." there.
While using directional antennas will help to some extent, keep in mind that your clients will NOT have directional antennas, and will interfere with each other. A larger number of access points with lower power will help to some extent, but with this many people using the service concurrently, you may have a problem, regardless of how you do it. Also, make sure you don't use a single /24 subnet for client addresses if you have more than 500 clients; you'll run out of address space.
So Doom IV will be released December 2099 and Doom V will be released right before Duke Nukem Forever. Big deal.
There, fixed that for you.
From TFA, Tennessee has a shorter wait time than most states: 48 days, instead of 306 nationally. That would be my guess as to why Tennessee.
Then just transmit the derivative of your signal with an FM transmitter.
The result will be a phase modulated radio signal.
Actually, you would probably find Mosaic fairly slow these days, on the pages that would render acceptably. Mosaic had a poor threading model for the type of pages that you see today.
I don't know about Ubuntu, but Debian uses GPG to sign all their packages, so I'd guess that Ubuntu does the same.
Huh. That's odd. Track 1 sounds just like the others to me... they all seem to be just noise...
*ducks*
The attack shown works on an image with a bit depth of 2. Camera RAW files have much higher bit depth, and unless you're saturating the whole sensor, I would imagine the image does not contain significantly large values of the same exact pixel value.
Typical failure models use an exponential distribution, rather than a Gaussian distribution to model time-to-failure.
http://www.google.com/
I know. I've built software to emulate a TCP tunnel through a delay/disruption-tolerant network. However, vanilla TCP with no tunnel will not work.
If I remember correctly, Mars is too far away for TCP --- you'll timeout before you can establish the connection. I don't think anybody bothered to implement HTTP over UDP, though there is a port reserved for it.
The solution is to use vi. % operation for the win!
Perl is the language. perl is the interpreter.
No, it's technically correct, but we like to call those "associative arrays" hashes. Also, the $_ after print is redundant, and the three lines at the end would probably be combined into
print foreach (@bar);
But your code is functional.
Some developers are very good at running games on lower-end hardware. TF2, for example, runs passably on minimum settings on my ATI Mobility Radeon 9000 with 32 MB of video RAM. That's a four- or five-year-old laptop GPU with an abysmally small amount of memory. It still looks better than any game at maximum settings that came out when the GPU was released. You can assemble a computer (not just the GPU) for $500 today that will run on your 19" LCD display with pretty much everything except anti-aliasing cranked all the way up.
The higher-end hardware is only helpful these days for the insane resolutions that are on 24" and larger displays.
If you want to play games at the highest possible settings on huge displays, then yes, you're going to spend a pretty penny. But developers (at least for the most part) have done a good job with scaling the level of detail down to run on lower end hardware.
I used the Yahoo maps API for a project. It works pretty well, and it also integrates with their YUI javascript framework passably. If you're not committed to either Google or Microsoft, I'd give them a chance. They also have a couple different modes---you can choose from either flash or DHTML. We went with the DHTML because we had to interact more closely with the content in the page.
I'm guessing bytes. A 30-bit keyspace is pretty small, definitely within the realm of brute forcing.
Vim tries pretty hard to not conflict with "classic" vi's keys and behavior. There are other vi clones that conflict a bit more. Setting compatibility mode (I think it *is* set by default unless you override it in your .vimrc) with :set cp will put most of the borderline cases back to normal vi behavior. Also, any known cases where vim behaves contrary to vi are documented in the help file.
Which is why we have these little things called tuning knobs. You turn them, and it changes the tension in the strings. With a good enough ear or a proper tuner, you can make it very close to any pitch you want within a reasonable range, such as 440 Hz.
Why, may I ask, are you trying to view *VIDEOS* in Lynx, a text based web browser?
Remember Streets of Simcity?
Horrible game, horribly buggy, great music.
Well, when you optimize operation Y, you may be slowing down operation Z (predicting differently on branches, allocating processing units differently). Or, alternatively, you may break operation W (game X never cares about triangles with these attributes, so we skip them to make operation Y faster, but other games might need those triangles to render properly).