Computing power isn't just a general quantity. Networking devices have dedicated chips in them to perform various parts of processes. (Encryption, decryption, encoding, decoding, compression, decompression, etc.)
That's hardware acceleration. There are chips that are super efficient and powerful but they can only do that one thing.
That's fine if you know exactly what the device is going to be for, so you can put in the exact chips it needs to do only what it needs to do.
The title asks "can you fool a self driving car" and the thumbnail illustrates a cartoon situation that immediately explains how they will attempt to do so in the video.
The video then goes on to not only answer the question, but explore the technology involved in-depth.
It MORE than delivers on the "clickbait".
Thumbnails can't be subtle, they typically get viewed at a tiny size compared to the full video and that's why large high-contrast features work better than a random screencap from the video.
What you're saying is, that you'll only accept that I'm sick if you genuinely hear absolutely nothing from me because I'm either dead or completely incapacitated, and then only show up later after recovering?
Investointikupla tulee siitä, että hommassa on mukana porukkaa joka luulee että kunhan mallin taakse vaan laittaa tarpeeksi laskentatehoa, dataa, ja parametreja, taianomaisesti jossain vaiheessa tulokseksi tulee ajatteleva AGI.
You mention several SSDs. Are you using a shared M.2 slot?
Some motherboards can have M.2 slots that share pci lanes with the GPU slots. If they are used, it will SEVERELY cut down on the PCIe lanes allocated to the GPU. Make sure this isn't happening.
Does your monitor support VRR?
Your setup should deal quite nicely with almost anything, so unless the performance problem is software-related, I'd just go straight for a more powerful GPU.
But, the 6800 is perfectly adequate, and buying a GPU sucks atm. So to improve your experience, I'd look at making sure the right amd driver is in use, that resizable bar is enabled in your bios, that you don't have a thermal issue, and getting VRR going if you haven't already.
Completely eliminating FPS ever dropping below a desired rate is near-impossible except by significantly exceeding the system requirements to get the FPS you want 99% of the time. You're always gonna have those 1% moments in games where there's just too much on-screen for the rendering to keep up. VRR makes sure you feel those drops as little as possible.
If you're already using VRR, and are sure you don't have a software problem, only then would I look at a GPU upgrade.
But, if you aren't using VRR, consider getting a monitor with FreeSync (If you don't already). IMO it has a much better cost/benefit ratio in terms of the actual gaming experience, than simply going overkill on the CPU and GPU.
You could also try overclocking your GPU. LACT is the linux program you want for fiddling with AMD GPUs. It can tell the resizable bar status and control the fans, too.
Current artificial hearts are not intended to be long-term solutions, but instead be a temporary way to keep someone alive when their heart fails, but a donor heart is unavailable.
Toki tuossa saatta tulla vastaan se etu, että kun teho tuhatkertaistuu, mutta tulos on vain hitusen parempi, koko homma viimeinkin romahtaa kun tulee katto vastaan.
On jo nyt merkkejä siitä että ollaan siinä rajalla missä paremmat resurssit eivät enää tuota parempia tuloksia.
With hardware acceleration.
Computing power isn't just a general quantity. Networking devices have dedicated chips in them to perform various parts of processes. (Encryption, decryption, encoding, decoding, compression, decompression, etc.)
That's hardware acceleration. There are chips that are super efficient and powerful but they can only do that one thing.
That's fine if you know exactly what the device is going to be for, so you can put in the exact chips it needs to do only what it needs to do.