It is actually 1/2 the latency and 2x the bandwidth. Some benchmarks have shown the L4 getting 42GB/s while current and prior gen CPUs were getting about 17GB/s out to main memory.
CPUs have had streaming instructions for a long time that can tell the CPU to load data directly from main memory to L1 cache and not use L2/L3/L# cache at all. This reduce cache eviction for data that is transient.
a star tens of times more massive than the sun that exhausted its nuclear fuel, exploded, then collapsed to form a black hole.
If it exhausted its "nuclear fuel," how could it explode?
Warning, I could have a few things wrong, but the idea is correct
Stars start fusion hydrogen, which turns into helium. Eventually the star starts to run low on hydrogen and starts to collapse. The collapse increases pressure, which then starts the fusion of helium. This releases even more energy than hydrogen, which causes the star to swell into a red giant. Helium starts to run low, and iron starts to form. This is an endothermic process, meaning it absorbs more energy that it emits.
The star starts to collapse, which speeds up the creation of more iron, which furthers the collapse. This is a vicious feedback loop that keeps happening until the outer shell of the star slams into the iron core. This causes iron to fuse into some heavier elements, but overall causes the entire star to explode in a super nova. Leaving a white dwarf, the left over hot iron core.
Larger stars may cause the core to collapse into a neutron star, even large stars, a black-hole.
Even larger stars will be generating so much energy during fusion, that the photons hit other particles in the star, and spontaneously turn into matter+anti-matter pairs. This causes the outward pressure of the star to decrease for a bit, before the matter pairs, recombine and emit another photon to even out the pressure again. After a while, these cycles work like a capacitor and store up excess energy that turns into more matter, causing the star to further collapse, which creates more energy, which turns into more matter. After a certain point, too much matter+antimatter builds up, and combine at the same time, causing the entire star to blow apart, leaving no core.
Even larger stars do mostly the same thing, but instead of the matter+antimatter pairs recombining then blowing the star apart, they just continue to keep turning into more and more matter causing more and more collapse. Eventually the star just collapses directly into a blackhole with no super nova. This makes for a large backhole because most of the star's mass gets pulled in, instead of blowing off in a supernova, then blasted away by the particle jets.
You can see this, for example, with LibreOffice/OpenOffice: every LibreOffice release announcement draws ire from the OpenOffice crowd (well, particularly one OpenOffice developer) because the latter feels their code has been ripped off.
What? These are both GPL. I've never seen BSD people care at all about who uses their code, only GPL people freaking out. How did this hogwash get voted up?
Apple contributes back A LOT. What they don't want to do is contribute back their trade secret stuff. The other 95% of code they don't have a problem with.
I've heard nothing but horror stories about BTRFS, from even the past few months. People talking about anything from random data loss to full on entire FS went bad. What I've read anyway.
Last year an HP visionary predicted that smartphones and tablets would start utilizing ReRAM-based storage sometimes in 2014 - 2015. However, with current plans to start commercial manufacturing of ReRAM in late 2013 it looks like the first mass products featuring the technologyare only going to emerge in 2015 - 2016.
Around here, they only need to buy back your excess until your bill is zero. At which point they don't need to pay you anything. You still have to pay your service connection fee, no matter what.
My guess is that Arizona has a higher rate of solar usage because of lots of sun and lots of heat. We all know solar is hard on the grid in large amounts because of its changing power output.
19nm 250GB SSDs are good for about 500TB of writes. Most people aren't too concerned. They already figured out how to make SSDs have infinite writes, they just need to figure out how to mass-produce the feature. Upcoming MRAM based SSDs, which are scheduled for the next 1-2 years, will inherently have no write limitations, so no wear leveling at all. You can already buy a 750GB SSD for $500.
Someone else pointed out that if this one "normal", we would be seeing the same rate of GRB from any direction, but we are not, so it must be true only in that direction, meaning it is something different that normal.
My laymans understanding is that are processes feedback into themselves, which is what makes fractals. Watched a fun BBC video on on fractals. Plants even space themselves out in fractals, even when inter-species. The size of plants are fractals, the limbs are fractals.. etc etc. They covered a lot of other things, but the whole plant thing stuck the best. Another one was the it seems your hear-beat is based on fractals and non-fractal like hear-beats seem to be highly correlated with heart issues, but more testing is still required before that becomes generally accepted as "fact".
Protocols have no human interaction, so there is no "lying" going on. Either your data is meant to be public or not, as defined by your settings. If your settings are to share your data with the world, then no warrant needed.
I say keep em out of jail, castration is a much nicer option, it also will eventually breed those traits that cause it out of the gene pool.
Some places tried castration, it did nothing. It is not an issue of sex, but of power. And no, it will not breed this out of the gene pool anymore than "Breeding out" homosexuality.
Actually, it kind of sounds like you have a power-trip that you'd like to experience, so I would put you right at the same level as these perverts.
Yes, but does it matter? Bandwidth grows exponentially every year, so percentages matter because BT keeps becoming a smaller and smaller slice of a quickly growing pie.
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It is actually 1/2 the latency and 2x the bandwidth. Some benchmarks have shown the L4 getting 42GB/s while current and prior gen CPUs were getting about 17GB/s out to main memory.
128MB of L4 cache and Transactional Memory instructions will make it great for routers.
CPUs have had streaming instructions for a long time that can tell the CPU to load data directly from main memory to L1 cache and not use L2/L3/L# cache at all. This reduce cache eviction for data that is transient.
Until it's observed, nothing has happened, just a probability wave of what might happen. Like HiThere said, you don't need a "sentient observer".
a star tens of times more massive than the sun that exhausted its nuclear fuel, exploded, then collapsed to form a black hole.
If it exhausted its "nuclear fuel," how could it explode?
Warning, I could have a few things wrong, but the idea is correct
Stars start fusion hydrogen, which turns into helium. Eventually the star starts to run low on hydrogen and starts to collapse. The collapse increases pressure, which then starts the fusion of helium. This releases even more energy than hydrogen, which causes the star to swell into a red giant. Helium starts to run low, and iron starts to form. This is an endothermic process, meaning it absorbs more energy that it emits.
The star starts to collapse, which speeds up the creation of more iron, which furthers the collapse. This is a vicious feedback loop that keeps happening until the outer shell of the star slams into the iron core. This causes iron to fuse into some heavier elements, but overall causes the entire star to explode in a super nova. Leaving a white dwarf, the left over hot iron core.
Larger stars may cause the core to collapse into a neutron star, even large stars, a black-hole.
Even larger stars will be generating so much energy during fusion, that the photons hit other particles in the star, and spontaneously turn into matter+anti-matter pairs. This causes the outward pressure of the star to decrease for a bit, before the matter pairs, recombine and emit another photon to even out the pressure again. After a while, these cycles work like a capacitor and store up excess energy that turns into more matter, causing the star to further collapse, which creates more energy, which turns into more matter. After a certain point, too much matter+antimatter builds up, and combine at the same time, causing the entire star to blow apart, leaving no core.
Even larger stars do mostly the same thing, but instead of the matter+antimatter pairs recombining then blowing the star apart, they just continue to keep turning into more and more matter causing more and more collapse. Eventually the star just collapses directly into a blackhole with no super nova. This makes for a large backhole because most of the star's mass gets pulled in, instead of blowing off in a supernova, then blasted away by the particle jets.
Getting blood is one thing, storing, distributing, and inserting it is entirely another.
OpenOffice != Apache OpenOffice
You can see this, for example, with LibreOffice/OpenOffice: every LibreOffice release announcement draws ire from the OpenOffice crowd (well, particularly one OpenOffice developer) because the latter feels their code has been ripped off.
What? These are both GPL. I've never seen BSD people care at all about who uses their code, only GPL people freaking out. How did this hogwash get voted up?
Developers are users. Their usage is heavily restricted.
CLANG is a big pronoent of this movement away from the GPL
CLANG was started and heavily funded by Apple. But without GPL, Apple will never give back, right?
Apple contributes back A LOT. What they don't want to do is contribute back their trade secret stuff. The other 95% of code they don't have a problem with.
Linus is pretty good at only calling people names when they deserve it, not just to troll.
I've heard nothing but horror stories about BTRFS, from even the past few months. People talking about anything from random data loss to full on entire FS went bad. What I've read anyway.
Looks like it got pushed back a bit further..
Last year an HP visionary predicted that smartphones and tablets would start utilizing ReRAM-based storage sometimes in 2014 - 2015. However, with current plans to start commercial manufacturing of ReRAM in late 2013 it looks like the first mass products featuring the technologyare only going to emerge in 2015 - 2016.
Solar distributed among the populace has better locality and reduced transmission losses, assuming transformers are just as efficient both ways.
Around here, they only need to buy back your excess until your bill is zero. At which point they don't need to pay you anything. You still have to pay your service connection fee, no matter what.
My guess is that Arizona has a higher rate of solar usage because of lots of sun and lots of heat. We all know solar is hard on the grid in large amounts because of its changing power output.
19nm 250GB SSDs are good for about 500TB of writes. Most people aren't too concerned. They already figured out how to make SSDs have infinite writes, they just need to figure out how to mass-produce the feature. Upcoming MRAM based SSDs, which are scheduled for the next 1-2 years, will inherently have no write limitations, so no wear leveling at all. You can already buy a 750GB SSD for $500.
Someone else pointed out that if this one "normal", we would be seeing the same rate of GRB from any direction, but we are not, so it must be true only in that direction, meaning it is something different that normal.
My laymans understanding is that are processes feedback into themselves, which is what makes fractals. Watched a fun BBC video on on fractals. Plants even space themselves out in fractals, even when inter-species. The size of plants are fractals, the limbs are fractals.. etc etc. They covered a lot of other things, but the whole plant thing stuck the best. Another one was the it seems your hear-beat is based on fractals and non-fractal like hear-beats seem to be highly correlated with heart issues, but more testing is still required before that becomes generally accepted as "fact".
Steam's DRM is optional. Several Steam games have no DRM. You can just copy the exe out of the folder and run on any system.
AES is considered broken, but safe to keep using.
Protocols have no human interaction, so there is no "lying" going on. Either your data is meant to be public or not, as defined by your settings. If your settings are to share your data with the world, then no warrant needed.
IANAL: I assume if the general public is allowed to be in a place, then so is an officer, assuming as long as they are not disruptive.
I say keep em out of jail, castration is a much nicer option, it also will eventually breed those traits that cause it out of the gene pool.
Some places tried castration, it did nothing. It is not an issue of sex, but of power. And no, it will not breed this out of the gene pool anymore than "Breeding out" homosexuality.
Actually, it kind of sounds like you have a power-trip that you'd like to experience, so I would put you right at the same level as these perverts.
Yes, but does it matter? Bandwidth grows exponentially every year, so percentages matter because BT keeps becoming a smaller and smaller slice of a quickly growing pie.