Yeah, I just think that maybe, just maybe, if MacOS is also inspired by UNIX, making a compat layer is not that big of a difference. Because MacOS supports a lot of productivity programs that may attract professionals to Linux too. Mostly adobe suite.
Pick a hardware to tinker with. I’d suggest a development kit rather than some cheap mcu-psu-downloader-only board. Now listen, it may be more on the expensive side, but you don’t have to deal with hardware trouble first since many development board usually provide a lot of functionality to play with.
Second, check the official documentation for said devkit and play with it. You’ll ended up immersing yourself on your selected manufacturer but that’s fine for learning.
After you’ve more understanding of the workflow for embedded development, then I can safely advice you to start exploring. A simple one would be programming the same board but using a different workflow. You may ended up with the manufacturer IDE, and wondering how to get to your beloved editor for example. Then you start to learn the build workflow until download and debug step.
No. Normally the kernel doesn’t get updated in the network during training. They are called hyper-parameters. They do affect training, but they are not updated by the training algorithm
In the context of machine learning, usually a list of numbers that is arranged in a certain way, and is used for mathematical operation. You can think of it as a transfer/transform “function” that takes data as input, and spits out the representation of said data in some other way (that we usually don’t know until the training is finished and we analyze the result)
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I prefer appwrite if I could choose. Check them out of you don’t need all the bells and whistles of supabase
Not really, you can charge for GPL software, but you must always provide the source and anyone may redistribute those
I think it would be wack for word processor application. Office work will never get boring anymore
Uhh, yes it did? CPU time costs money too. What used to take milliseconds now takes a seconds WILL cost them money. And usually CPU time is the most expensive one too while bandwidth is cheap.
I’m being pedantic here but RISC-V is not a hardware architecture as in something that you can send to a manufacturer and get it made. It is an ISA. How you implement those ISA is up to you. Yes there are open implementations but I think it is important to distinguish it.
From the FAQ, What is Stremio?