Well maybe in the US. Over here in Europe we have seen speeds up to 90 Mbit/s over 4G(LTE) for quite some while.
This article that compares different 4G networks in Sweden from January this year sheds some light (it's in Swedish but the graphs are readable):
http://www.idg.se/2.1085/1.364964/de-har-snabbast-4g
It's Swedish. They are based in Linköping, the same city that the Swedish figherplanes JAS 39 Griffin are from. I3Micro is also Swedish (based in Stockholm).
Exactly, you'll need to use microsoft wireless client from SP2. In our company we only allow windows SP2 computers to connect to the wireless network. ...
The real problem you will come across when using server side certificates only is that the wireless link will be enables first after logon.
This might seem like a small problem, but remember that you will not have a IP-address at the logon and therefore the client computer will not load logonscripts and Group polices. To get around this with a enterprise WPA solution you will have to issue two certificates, one for the user and one for the computer.
That is totally incorrect!
Everybody knows that a human brain can carry 160 GB. And if you do not like your childhood memories, you could go up to 320 GB.
Homer: I reluctantly accept your proposal!
Bill Gates: Well everyone always does. Buy 'em out, boys!
[Gates' lackeys trash the room.]
Homer: Hey, what the hell's going on!
Bill Gates: Oh, I didn't get rich by writing a lot of checks!
[insane laughter]
I believe that they are also passing a law that makes it a felon to withhold encryption keys on your local hard drive after a warrant have been issued.
Japan intends to build an orbiting solar station by 2040. The planned satellite is to be equipped with two giant solar panels, each being 1*3 km in dimension, and will weigh about 20,000 tonnes, thats impressive
Yada yada, both NASA and the Japans will be blown out of orbit by the Chinese orbital battle stations.
"The centerpiece of this system is a new spacecraft designed to carry four astronauts to and from the moon "
We want battle star destroyer size ships, capable of shuttling thousands of troops, citizens and refugees between orbits.
This is however a very big increase. The capacity is doubled! From two to four. If we would double the capacity every 15 years we will have battle star destroyers with over 1000 persons in orbit within 150 years.
It took the flight industry about 80 years to go from 1-2 person flights to the several hundreds of today.
How about one? The russians made a transmitter en the ELF which used the whole earth as a bipole antenna. Sadly you can only communicate very few bits per minute...
From wikipediahttp://en.wikipedia.org/wiki/Communication_with_su bmarines
Electromagnetic waves in the ELF frequency range (see also SLF) can travel through the oceans and reach submarines anywhere. However, building an ELF transmitter is a formidable challenge, as they have to work at incredibly long wavelengths: The US Navy's system (called Seafarer) operates at 76 hertz, the Soviet/Russian system (called ZEVS) at 82 hertz. The latter, for example, corresponds to a wavelength of 3658.5 kilometers. That is more than a quarter of the Earth's diameter. Obviously, you cannot build a usual half-wavelength dipole antenna, as it would spread all across a large country.
Instead, one has to find an area with very low ground conductivity (a requirement opposite to usual radio transmitter sites) and dig two huge electrodes into the ground at different sites separated by about 60 km, and feed-lines (just wires on poles) reaching them from some station in the middle. Although other separations are possible, 60 km is the distance used for the ZEVS transmitter which is located near Murmansk. As the ground conductivity is so poor, the current between the electrodes will penetrate deep into the interior of the Earth, basically using a large part of the globe as antenna. The antenna is very inefficient; to drive it, a small dedicated power plant seems to be required although the power actually emitted as radiation is only a few watts. But its transmission can be received virtually anywhere: Even a station at Antarctica noticed when the Russian Navy put their ZEVS antenna into operation for the first time.
Slashdot Mirror
Well maybe in the US. Over here in Europe we have seen speeds up to 90 Mbit/s over 4G(LTE) for quite some while. This article that compares different 4G networks in Sweden from January this year sheds some light (it's in Swedish but the graphs are readable): http://www.idg.se/2.1085/1.364964/de-har-snabbast-4g
"Breaking news today: Online ads for porn sites has received an increase in clicks by 12 000% over the last year"
"Kreatel, a European company"
...
.
It's Swedish. They are based in Linköping, the same city that the Swedish figherplanes JAS 39 Griffin are from. I3Micro is also Swedish (based in Stockholm).
Exactly, you'll need to use microsoft wireless client from SP2. In our company we only allow windows SP2 computers to connect to the wireless network.
...
The real problem you will come across when using server side certificates only is that the wireless link will be enables first after logon.
This might seem like a small problem, but remember that you will not have a IP-address at the logon and therefore the client computer will not load logonscripts and Group polices. To get around this with a enterprise WPA solution you will have to issue two certificates, one for the user and one for the computer.
That is totally incorrect! Everybody knows that a human brain can carry 160 GB. And if you do not like your childhood memories, you could go up to 320 GB.
We'll house em in Sweden. There are so many polarbears around the streets anyway, a few more wouldn't do any difference.
What about Coca Cola? Do thay have to change their ads?
are these guys serious? of course optimized code is uglier, nastier and usually faster than nicer looking ones.
I think optimized code is very beautiful.
Homer: I reluctantly accept your proposal!
Bill Gates: Well everyone always does. Buy 'em out, boys!
[Gates' lackeys trash the room.]
Homer: Hey, what the hell's going on!
Bill Gates: Oh, I didn't get rich by writing a lot of checks!
[insane laughter]
I believe that they are also passing a law that makes it a felon to withhold encryption keys on your local hard drive after a warrant have been issued.
Just put up some news on slashdot that's linked to BBC and it will soone change... By the way, what does the stats for slashdot.org look like?
Japan intends to build an orbiting solar station by 2040. The planned satellite is to be equipped with two giant solar panels, each being 1*3 km in dimension, and will weigh about 20,000 tonnes, thats impressive
Yada yada, both NASA and the Japans will be blown out of orbit by the Chinese orbital battle stations.
"The centerpiece of this system is a new spacecraft designed to carry four astronauts to and from the moon "
We want battle star destroyer size ships, capable of shuttling thousands of troops, citizens and refugees between orbits.
This is however a very big increase. The capacity is doubled! From two to four. If we would double the capacity every 15 years we will have battle star destroyers with over 1000 persons in orbit within 150 years.
It took the flight industry about 80 years to go from 1-2 person flights to the several hundreds of today.
Microsoft sues you!
But how is this possible!??
"...because the looser is getting the wiffle ball bat in her ass."
"...with the wiffleball bat hanging out her snatch."
Please let me into this. The technique seems interesting...
Maybe in the same way that several wealthy people could spend 50'000$ in one night of partying. There many rich people to go around...
How about one? The russians made a transmitter en the ELF which used the whole earth as a bipole antenna. Sadly you can only communicate very few bits per minute...u bmarines
From wikipedia http://en.wikipedia.org/wiki/Communication_with_s
Electromagnetic waves in the ELF frequency range (see also SLF) can travel through the oceans and reach submarines anywhere. However, building an ELF transmitter is a formidable challenge, as they have to work at incredibly long wavelengths: The US Navy's system (called Seafarer) operates at 76 hertz, the Soviet/Russian system (called ZEVS) at 82 hertz. The latter, for example, corresponds to a wavelength of 3658.5 kilometers. That is more than a quarter of the Earth's diameter. Obviously, you cannot build a usual half-wavelength dipole antenna, as it would spread all across a large country.
Instead, one has to find an area with very low ground conductivity (a requirement opposite to usual radio transmitter sites) and dig two huge electrodes into the ground at different sites separated by about 60 km, and feed-lines (just wires on poles) reaching them from some station in the middle. Although other separations are possible, 60 km is the distance used for the ZEVS transmitter which is located near Murmansk. As the ground conductivity is so poor, the current between the electrodes will penetrate deep into the interior of the Earth, basically using a large part of the globe as antenna. The antenna is very inefficient; to drive it, a small dedicated power plant seems to be required although the power actually emitted as radiation is only a few watts. But its transmission can be received virtually anywhere: Even a station at Antarctica noticed when the Russian Navy put their ZEVS antenna into operation for the first time.