52/235 = 221 Just saying... And there are other costs associated to a salary than the pay, benefit costs and structuring costs. For salary of 52k, 500 is the cost of two days at most.
We don't have flying cars because they wouldn't be practical outside of long travels, and for long travels traditional airplanes are more economical and the ability to not be dependent on a third party service matters less.
My understanding is that pepper as a public API is being discontinued, NaCl (which relies on pepper in its implementation), will be the the next public API.
If you have a loop where each iteration has 30 cycles latency and 5 cycles throughput, the OoO engine will just keep executing instructions from six iterations in parallel. Producing code that does this without OoO execution is a nightmare.
Loop unrolling is hardly a nightmare, it's one of the simplest optimizations and can easily be automatized.
Just look at the various optimizers that optimize assembly code at runtime and see how well they work. The idea is old, but it doesn't work that well in practice.
In-order processors are a better choice as long as your program is well optimized. Optimizing for in-order processors is difficult, and not something that is going to be done for 99% of programs. It's also very difficult to do statically.
NVIDIA has chosen to let the optimization be done by software at runtime. That's an interesting idea that will surely perform very well in benchmarks, if not in real life.
It's because of anti-nuclear people that it became so expensive. Ecoligists in general frequently slow down construction, increase costs and slow down innovation, one example being the Superphoenix project: a next-generation reactor which would have solved the problems of nuclear waste had to be dismantled before the initial investment was even paid off due to FUD from ecologists. Of course they couldn't use that as the reason to close it, so they pretended it was because of excessive costs.
Decompression time is always real time. That's obvious. Compression is a whole different beast. Some applications need real-time encoding (such as video-conferencing), but most do not. Have you even ever written an encoder?
Slashdot Mirror
It doesn't have a CBE.
Where do you think UK electricity comes from? They import it from France, and don't bother converting it.
Kickstarter is a sham. You're supposed to get equity when funding. "Backing" is just giving free money to strangers.
Have you ever tried to work with business-class Word documents using LibreOffice?
It just doesn't work well enough.
As evidently demonstrated by this summary.
(it has also been my experience, as an engineer turned entrepreneur and now CEO)
Brendan Eich has a CEO could have fixed this.
Remember what happened to him?
I also told you about other costs than the pay.
It usually costs two times the pay to the employer.
52/235 = 221
Just saying...
And there are other costs associated to a salary than the pay, benefit costs and structuring costs.
For salary of 52k, 500 is the cost of two days at most.
I think you're a minority.
Most people live fairly close to cities.
We don't have flying cars because they wouldn't be practical outside of long travels, and for long travels traditional airplanes are more economical and the ability to not be dependent on a third party service matters less.
My understanding is that pepper as a public API is being discontinued, NaCl (which relies on pepper in its implementation), will be the the next public API.
NaCl is the next version of Pepper.
You usually unroll step by step. All loads, all computations, all stores.
Loop unrolling is hardly a nightmare, it's one of the simplest optimizations and can easily be automatized.
How is a JVM a closer analogy than exactly what they are doing?
They are literally optimizing the assembly at runtime.
A JVM does nothing like that.
Just look at the various optimizers that optimize assembly code at runtime and see how well they work.
The idea is old, but it doesn't work that well in practice.
In-order processors are a better choice as long as your program is well optimized.
Optimizing for in-order processors is difficult, and not something that is going to be done for 99% of programs. It's also very difficult to do statically.
NVIDIA has chosen to let the optimization be done by software at runtime. That's an interesting idea that will surely perform very well in benchmarks, if not in real life.
It's because of anti-nuclear people that it became so expensive.
Ecoligists in general frequently slow down construction, increase costs and slow down innovation, one example being the Superphoenix project: a next-generation reactor which would have solved the problems of nuclear waste had to be dismantled before the initial investment was even paid off due to FUD from ecologists. Of course they couldn't use that as the reason to close it, so they pretended it was because of excessive costs.
The obvious fix is to get rid of the DMCA.
I don't understand why exemptions are even allowed to be a thing.
I don't understand this focus on games.
Who cares about video games on their computers apart from kids?
People who use computers are looking for devices they can can use to do useful things.
I feel good knowing I'm part of the 1%.
Who's responsible in case of accident? The car owner or the software developer?
Am I the only one to think that it looks mediocre?
It's clearly not nearly as good as The Lord of the Rings was.
The story isn't the problem, it's the direction.
Decompression time is always real time. That's obvious.
Compression is a whole different beast. Some applications need real-time encoding (such as video-conferencing), but most do not.
Have you even ever written an encoder?
Compression and decompression are different things.