What is the graphics tool? Anyone know?

Amma thernno ellam onnum kaanan ellallo onnum ella eni kaanam ellaam poyi nokk eni enna ullea poyi nokaam

amazing work

would be nice to have a utility to see which cores programs are using and some basic insight into context switching going on. with this knowledge should then be able to direct scheduler for better performance, maximizing cores used and minimizing context switching. Seems that neither windows nor linux give you this kind of control

Great tutorials ❤❤❤

I have watched every video that you have made here, and I just want you to know they are extremely well done! Thank you so much! You are definitely making an impact to the world of learning :) PS: if videos like these are used in college, professors can probably skip the lecturing part and just do Question and Answer.

I have never been hooked on such a complex topic

The explanation is... brilliant!) Ever wondered what those registers are, now I understand that this is just a cpu space to load data from memory for execution. Thank you so much!

Are those registers R0, R1 and so on, what is called cache?

Please remove the background music as someone want to learn it in 1.5x then it's disturbing.

Great video as always! I want you to explain how the snapshot of the CPU gets done in low level in a future episode

It's most detailed explanation I've ever seen. Greatest description ever.

So cool to see this effort, you rock! Remembering the time when I was learning this stuff, it's the hardware which made it click for me, and looking at eniac, tx-0 and, of course, Corbi's presentation of the OG process switching with virtual memory in CTSS which sealed it. So maybe your students will like seeing this short retrospection too. Cheers!

Literally love this channel! Personally I can't imagine the amount of work that goes into animating and editing all of this. Please keep it up!

Bro your channel is hidden gem

Love that the code representations are in Rust. It’s such a clear matter-of-fact expressive language

God bless you Core dumped. Who would mind this business, these last days?

This is MCU level world building for OS. Each building on top to give "OS Infinity Saga".

I like your videos even before the adds have finished.

Wow!!! Solid content for those who care to leatn from first principles.

; APPLICATION TECHNOLOGY ONLY

Holy f, even tho i already learned this, watching the video really helped me understand how processors work even more

excellent work

perfect

Thanks to all the team working on this! Well done!

Thanks

1:40 That's not true, you probably meant that only one process can use a cpu CORE, multiple processes CAN use one CPU at the same time. Also i would think that a thread is a fundamental unit of work

TRANSISTER AS A MEAN OF COMMINCATION; MOSCOT, CPU NOW; CENTRAL PROCESSING UNITS

I was hoping the video would've gotten into how many instructions done computed before a process is switched, or just how the scheduling is done. But I can't wait to watch the next video that goes into that.

At this point I have to ask. Is he using an AI voice? Or is his voice just insanely consistent?

This is some seriously amazing content !! Understanding the concept of memory was never so easy. Great job dude !!. Keep making such innovative content

Hi friends, my name is... not Tris? Oh, it's George? Wild stuff!

really really good informative video!

Love how Core Dumped uses Rust for psuedo code

Technically, both Python and JavaScript are compiled and then interpreted. Micropython even allows you to compile your Python into native machine code which is executed directly by the runtime, which is itself a blend of a real time operating system and an interpreter.

Whether using a reduced instruction set or a complex one is "better" is a matter of opinion and use case. Complex instruction set architecture operations can take operands from registers, memory, or even the op code itself ("immediate" values). I have implemented a CPU in Minecraft redstone that uses an even more reduced instruction set architecture in which every operation uses only immediate values because it is the simplest way to implement a Brainfuck machine: the data pointer (in its own register) always points to a memory address; "+" and "-" respectively increment or decrement the value at that memory location, implemented as `ADD value` and `SUB value` to compact sequential operations; ">" and "<" respectively increment or decrement the data pointer itself, implemented as `ADP value` and `SDP value` to compact sequential operations; "[" branches if the value at the memory location is 0, taking an offset equal to the number of instructions to skip forward; "]" branches if the value at the memory location is not 0, taking an offset equal to the number of instructions to jump past backwards; "," reads a byte from stdin, writes it to the current memory location then increments the stdin pointer; "." writes the current memory location value to stdout then increments the stdout pointer. If I wanted to implement this with a standard register machine ISA, it would require many more registers and multiple CPU instructions per Brainfuck operation. (I also was able to use 4 copies of the same memory module for stdin buffer, instruction ROM, program RAM, and stdout buffer, greatly simplifying the whole thing.)

Can you do a video about how in process threads split their scheduling? Such as tokio for rust