Almost as close, sorry.
Anchorage is closer to Nuuk than to Minneapolis by air... Just saying.
Until you've used an oscilloscopes to debug your buggy kprintf, you haven't lived.
As they say, a coprocessor is a box that turns your cpu-bound problem into an i/o-bound problem.
Running in the woods supports TFA: 180 steps per minute * 16 possible locations per step = 12 bits per second; maybe there are fewer or more possible footfall spots but no matter what it's more than 1 bit per second and…
Algol 68 was certainly too much language for the tiny machines of 1970, but on a 2020 box it might be fairly decent.
What's even the point of being a billionaire if you're still scared of Trump?
Lack of aliasing was historically fortran's advantage over C.
A missing n?
They were generally uuencoded or similar
What differs between STEMcore and classic Hard SF?
Almost as close, sorry.
Anchorage is closer to Nuuk than to Minneapolis by air... Just saying.
Until you've used an oscilloscopes to debug your buggy kprintf, you haven't lived.
As they say, a coprocessor is a box that turns your cpu-bound problem into an i/o-bound problem.
Running in the woods supports TFA: 180 steps per minute * 16 possible locations per step = 12 bits per second; maybe there are fewer or more possible footfall spots but no matter what it's more than 1 bit per second and…
Algol 68 was certainly too much language for the tiny machines of 1970, but on a 2020 box it might be fairly decent.
What's even the point of being a billionaire if you're still scared of Trump?
Lack of aliasing was historically fortran's advantage over C.
A missing n?
They were generally uuencoded or similar
What differs between STEMcore and classic Hard SF?