Oh my fucking god. I just realised that I won't be able to do linear algebra ever again. That stupid pathetic action movie has ruined a part of math for ever, and it's not even remotely connected to maths.
Grow the fuck up. Take some hard core hallucinogens. Understand it all. Forget the fucking "Matrix" kang foo films.
Don't waste your time on Tag libs. The whole point of templating and abstraction is to remove the logic from the presentation. Tag libs is going the other way.
Onboard audio chips have been good from day one for what they're supposed to do.
Only stupid nvidia fan boys think that their nforce2 onboard sound have got "professional quality" asio drivers. (And why on earth do they care? It's not like Quake is any better with a professional audio card)
1) Contemplation about p+ and e- and enumeration of bits.
Lets assume you could enumarate most subatomic particles with 173 bits. I guess you are opposed to nuclear power by your shunning of neutrons, but thats off topic, even for this post.
Thats about 10^52 or so particles. I will assume the average atom, crystal, etc, will contain 10 addresses or 10 routable subnets, in a generally star shaped network. Obviously atoms with an atomic weight greater than boron or so will need IBGP sessions between their multiple subnets to connect internally and EBGP for interatomic communications, etc.
Longest traceroute would have 104 hops.
Anyway at any temperature above absolute zero the BGP sessions would quickly go nuts trying to maintain an coherent routing picture. Major route flapping, I expect.
2) How to exhaust the 128 bit IPv6 routing space, very easily
Assign addresses geographically.
International tier networks for international routing will be 48 bits. To the nearest byte level boundary we need 16 bits for countries and 16 bits for providers and 16 bits for the providers international routers. If you have massively parallel routers a provider could have move than 60000 or so routers, plus you have to allow for internal subneting.
This allows nice easy access lists to ban specific providers and countries from your internet space.
Then figure maybe 32 bits for regional ISPs to divide up their routers. Maybe 16 bits for different providers, maybe 16 bits for the routers themselves, probably subnetted.
Then figure maybe 32 bits for end user modem bank type things. Get rid of this dynamic PPP ip address garbage. With all the appliances and stuff having internet connectivity, you got at least one class C in every room of the house. Americans are ignorant tools. Figure your average house would need one big (sparse) class B. Ease configuration, try "upper 112 bits".X.Y.10 (=kitchen).1 (=sink)
So our full IPV6 address map could be
Country (16) - 2^8 is too low, 2^24 is too high International Provider ID (AS number?) (16) AS # = 16 bits Subnetted international gateway routers (16) 254 gateway class Cs Regional provider ID (16) AS # = 16 bits Subnetted regional gateway routers (16) 254 class C's Enduser provider ID (16) AS # = 16 bits Enduser modem bank / whatever (16) Easily have 65000 lines in a central office. Enduser (16) just to have a class B house with class C rooms.
Adds up to 128 bits.
I would argue you need class C gateways, because 1) 99.9999% of the population can't figure out what a/30 address means 2) Facist countries like North Korea and the USA will need all kinds of montioring and proxying stuff to "save the children" and "protect software jobs from piracy" "stop criminals". All those monitoring devices will use up IP space, and I assume they'd have to be installed at each gateway.
And you need at least a class C worth of gateways at each level, because I'm sure the entire USA has more than 256 under ocean fibers plus microwave uplink stations, at least. I suppose New York, NY has more than 250 optical interstate fibers, or will soon enough.
Not hard at all to fill up a 128 bit address space, and we haven't even tried autoconfiguration based upon MAC addresses and stuff. You could literally build a world wide autoconfigured plug and play internet, if you had maybe 512 bits or so of addressing.
If massively parallel router architecture replaces the current "one big central router" concept, then all bets are off as to how many ip addresses would be required.
In other words, in an ideal world, 128 bits still won't cut it, but maybe 512 bits would be sufficient for a plug and play world wide internet.
It's actually the JINGOISM ACT, proposed as a secret law by Ashcroft. Since secret laws are a provision of the PATRIOT act, you will never hear of the JINGOSIM ACT until after you're arrested.
When the National Research Council were asked to give a report on the accuracy of DNA profiling, The New York Times got hold of the report two days before it were supposed to be published.
The conclusion from the DNA Technology in forensic science comittee was a reccomendation that DNA evidence should be barred from courts.
Of course, this caused various law enforcement agencies, which had uses these techniques for a long time, to protest. What would happen if an official report stated that DNA evidence was faulty? They would get hundreds or thousands convicted felons who would want a retrial on these grounds. Many of whom were judged entirely on DNA evidence.
Naturally, the NRC had to revise their report. So while still remaining critical to the conclusions from DNA evidence, they should be admittable if the profiling process was under strict quality control. Still there is no such common quality assurance, only for each lab individually.
I reccomend the book "The Doctrine of DNA" by R.C. Lewontin, for an interesting read about this topic, and other controversial DNA cases.
Yes, there are many technical advantages of 5Ghz compared to 2.4Ghz.
The problem is the health risk associated with these frequencies. When you reach these kind of frequencies, the wavelength is so low that organic tissue will be affected.
Here is a report from Motorola outlining the problems.
Slashdot Mirror
It's in her nature, she's American. The American Dream, you know.
Don't be sad, be angry! Blame your parents. Then move.
"Small electrical shock" for sure.
Given Sonys track record, this probably is one of those laptops that enable you to see people in the nude. Don't ship them back.
Run BSD, Linux, XP or whatever floats your boat, on it. But don't bother us with it.
Ah.. the new elite. I bet you need vertical refreshrates of 120hz plus, too. Your eyes are too delicate to use a screen that costs less than $2000.
Don't say it.. you're an audiophile too, your ears start bleeding if that one record of yours is played on a setup that costs less than $4000.
I'm studying business law, and stuff like this is what I know best. These guys have as much chance as a snowball in hell.
I wish it were otherwise, but the odds are against them.
Oh my fucking god. I just realised that I won't be able to do linear algebra ever again. That stupid pathetic action movie has ruined a part of math for ever, and it's not even remotely connected to maths.
Grow the fuck up. Take some hard core hallucinogens. Understand it all. Forget the fucking "Matrix" kang foo films.
My hard disk is measured in nigga bites.
It's more detailed, I'll give you that, but the BBC at least doesn't bring up sabotage and sand niggers in their article.
Thank god it's a non technical article, since you're posting it to Slashdot.
Don't waste your time on Tag libs. The whole point of templating and abstraction is to remove the logic from the presentation. Tag libs is going the other way.
I have no idea who Kirsten Dunst is, but she seems to be a tacky American whore, like so many other.
with the Barricade I've got from SMC (it's got Linksys firmware).
The firmware .bin is an arj'ed file, but the only thing of interest in the unpacked file is this string:
Hey Moe, it dont woik. NYUK NYUK NYUK NYUK *bop* Owww!
In the WRT54G, one of the first strings is:
piggy
Hm
Religiously fanatic moderators.
Christianity is Americas biggest problem.
from a publication calling itself Christian Science Monitor?
Onboard audio chips have been good from day one for what they're supposed to do.
Only stupid nvidia fan boys think that their nforce2 onboard sound have got "professional quality" asio drivers. (And why on earth do they care? It's not like Quake is any better with a professional audio card)
Security risk, not security.
enumeration addressing and routing
/30 address means 2) Facist countries like North Korea and the USA will need all kinds of
1) Contemplation about p+ and e- and enumeration of bits.
Lets assume you could enumarate most subatomic particles with 173 bits. I guess you are opposed to nuclear power by your shunning of neutrons, but
thats off topic, even for this post.
Thats about 10^52 or so particles. I will assume the average atom, crystal, etc, will contain 10 addresses or 10 routable subnets, in a generally star shaped network. Obviously atoms with an atomic weight greater than boron or so will need IBGP sessions between their multiple subnets to connect internally and EBGP for interatomic communications, etc.
Longest traceroute would have 104 hops.
Anyway at any temperature above absolute zero the BGP sessions would quickly go nuts trying to maintain an coherent routing picture. Major route
flapping, I expect.
2) How to exhaust the 128 bit IPv6 routing space, very easily
Assign addresses geographically.
International tier networks for international routing will be 48 bits. To the nearest byte level boundary we need 16 bits for countries and
16 bits for providers and 16 bits for the providers international routers. If you have massively parallel routers a provider could have move than 60000 or so routers, plus you have to allow for internal subneting.
This allows nice easy access lists to ban specific providers and countries from your internet space.
Then figure maybe 32 bits for regional ISPs to divide up their routers. Maybe 16 bits for different providers, maybe 16 bits for the routers themselves, probably subnetted.
Then figure maybe 32 bits for end user modem bank type things. Get rid of this dynamic PPP ip address garbage. With all the appliances and stuff having internet connectivity, you got at least one class C in every room of the house. Americans are ignorant tools. Figure your average house would need one big (sparse) class B. Ease configuration, try "upper 112 bits".X.Y.10 (=kitchen).1 (=sink)
So our full IPV6 address map could be
Country (16) - 2^8 is too low, 2^24 is too high
International Provider ID (AS number?) (16) AS # = 16 bits Subnetted international gateway routers (16) 254 gateway class Cs Regional provider ID (16) AS # = 16 bits Subnetted regional gateway routers (16) 254 class C's Enduser provider ID (16) AS # = 16 bits Enduser modem bank / whatever (16) Easily have 65000 lines in a central
office. Enduser (16) just to have a class B house with class C rooms.
Adds up to 128 bits.
I would argue you need class C gateways, because
1) 99.9999% of the population can't figure out what a
montioring and proxying stuff to "save the children" and "protect software jobs from piracy" "stop criminals". All those monitoring devices will use up IP space, and I assume they'd have to be installed at each gateway.
And you need at least a class C worth of gateways at each level, because I'm sure the entire USA has more than 256 under ocean fibers plus microwave uplink stations, at least. I suppose New York, NY has more than 250 optical interstate fibers, or will soon enough.
Not hard at all to fill up a 128 bit address space, and we haven't even tried autoconfiguration based upon MAC addresses and stuff. You could literally build a world wide autoconfigured plug and play internet, if you
had maybe 512 bits or so of addressing.
If massively parallel router architecture replaces the current "one big central router" concept, then all bets are off as to how many ip addresses would be required.
In other words, in an ideal world, 128 bits still won't cut it, but maybe 512 bits would be sufficient for a plug and play world wide internet.
Is not PATRIOT II, as many here seem to think.
It's actually the JINGOISM ACT, proposed as a secret law by Ashcroft. Since secret laws are a provision of the PATRIOT act, you will never hear of the JINGOSIM ACT until after you're arrested.
Doesn't the words Anti-Patriot scare the shit out of you?
When the National Research Council were asked to give a report on the accuracy of DNA profiling, The New York Times got hold of the report two days before it were supposed to be published.
The conclusion from the DNA Technology in forensic science comittee was a reccomendation that DNA evidence should be barred from courts.
Of course, this caused various law enforcement agencies, which had uses these techniques for a long time, to protest. What would happen if an official report stated that DNA evidence was faulty? They would get hundreds or thousands convicted felons who would want a retrial on these grounds. Many of whom were judged entirely on DNA evidence.
Naturally, the NRC had to revise their report. So while still remaining critical to the conclusions from DNA evidence, they should be admittable if the profiling process was under strict quality control. Still there is no such common quality assurance, only for each lab individually.
I reccomend the book "The Doctrine of DNA" by R.C. Lewontin, for an interesting read about this topic, and other controversial DNA cases.
The right direction for Gumeric, would be to merge it in as the spreadsheet in Open Office.
802.11b is slow enough already.
Try streaming a DivX over wireless with encryption, it doesn't work. It barely works when you turn it off.
Happy world terror day!
Yes, there are many technical advantages of 5Ghz compared to 2.4Ghz.
The problem is the health risk associated with these frequencies. When you reach these kind of frequencies, the wavelength is so low that organic tissue will be affected.
Here is a report from Motorola outlining the problems.
Overrated? I think not. This is the only sane comment to this bizarre article. I'll never drink ink, no matter how expensive it is.