f_ changed the topic of ##raspberrypi-internals to: The inner workings of the Raspberry Pi (Low level VPU/HW) -- for general queries please visit #raspberrypi -- open firmware: https://librerpi.github.io/ -- VC4 VPU Programmers Manual: https://github.com/hermanhermitage/videocoreiv/wiki -- chat logs: https://libera.irclog.whitequark.org/~h~raspberrypi-internals -- bridged to matrix and discord
bonda_000 has joined ##raspberrypi-internals
<bonda_000> some thoughts on integration and vector spaces
<bonda_000> it is saying that our partitions of 1 as weights of unequally separated pixels and the unity itself being from 0 to 1 can give some interesting results
bonda_000 has quit [Quit: Leaving]
Ad0 has quit [Ping timeout: 252 seconds]
any1 has quit [Server closed connection]
any1 has joined ##raspberrypi-internals
angerisagift has quit [Server closed connection]
angerisagift has joined ##raspberrypi-internals
jcea has joined ##raspberrypi-internals
juri_ has quit [Server closed connection]
juri_ has joined ##raspberrypi-internals
bonda_000 has joined ##raspberrypi-internals
<bonda_000> clever: turns out what I am doing is actually an existent area of mathematics
<bonda_000> that is used in computer science and in fact these guys claim their video board has a "morpho math" unit
<bonda_000> I just realized we may need something like n! unit for something that sort of may look like derivatives
<bonda_000> and n! for 8bit data that's 80 million logic cells and currently biggest sold FPGA has 8 million cells and costs like a wing of an airplane
<bonda_000> that is a singular unit I believe you can't separate it to 10 fpga chips
bonda_000 has quit [Ping timeout: 246 seconds]
jcea has quit [Ping timeout: 272 seconds]
Stromeko has quit [Quit: Going… gone.]
Stromeko has joined ##raspberrypi-internals
jcea has joined ##raspberrypi-internals
Ad0 has joined ##raspberrypi-internals
FamousEccles has quit [Server closed connection]
FamousEccles has joined ##raspberrypi-internals