Wow, just WOW. Absolutely breathtaking! As someone who has been deeply involved in the field of IT for over 45 years, I have never seen something so truly amazing. This video is truly a game-changer for CZcams and the internet as a whole. We are entering a new era of content creation. The clarity, the elegance, the sheer brilliance of the explanation left me in total awe. I have seen many explanations of Turing Machines and the Von Noumann Architecture. But THIS video? This video opened my eyes in a way nothing else has my entire life. It's like witnessing the entierty of human history, from fire to agriculture to writing to math to computers to THIS. I had to pause several times to recompose myself from the constant sobbing. The explanation is just THAT majestic. I feel like I'm seeing the Mona Lisa for the first time, but now, in a field I have dedicated most of life to. HUGE Kudos to sentry for crafting such an unbelievably amazing mind blowing mind boggling magestic genius intuitive enlightening piece of content. THIS is what keeps me coming back to CZcams. THIS is what keeps me awake at night. THIS is what I live for. THIS is my life.
No, but it how how you should get kids excited about computers. I was smart enough to understand these concepts in the classroom study, but if I had access to this, I would have been able to remember it easier.
amogus amogus amogus amogus am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am
Simonthy was drawn to a video explaining computer workings due to his innate curiosity about technology. The video's accessible explanations and engaging animations made complex concepts like binary code and CPU architecture comprehensible. Learning about computing pioneers like Ada Lovelace and Alan Turing added a historical perspective, fueling Simonthy's appreciation for the innovation shaping today's digital landscape. Understanding the symbiotic relationship between hardware and software, he grasped concepts like Moore's Law and von Neumann architecture, deepening his admiration for the elegance of computer systems. Simonthy's fascination stemmed from a blend of curiosity, accessibility, historical context, and conceptual clarity, inspiring him to explore further the transformative potential of technology.
Ah, a memory leak (probably). Computer wants to know a number, it puts that in memory. Nothing else should be using that piece of memory because it’s already in use, and/or it needs to be unreserved once the computer is done with that number so that it doesn’t waste memory on unused stuff. Those issues can both get out of hand, and when the calculator app asks for a number and gets back the bee movie script, it won’t be too happy and will probably blue screen. Edit: you may have heard that people are trying to stop using the programming language C and move to other things, and this is why. It’s very easy to have a memory leak in C
@@DatBoi_TheGudBIAS True, but bugs suck and are unavoidable. The world would be better off with a safer programming language. Also hardly anyone is gonna program better after hearing how easy it is to have a memory leak. Most people won’t care unless they have a job, in which case they should know all that stuff already
Here's a high-level overview of how computers work: Computers are electronic devices that can perform a wide variety of tasks by executing software programs. At the core of a computer is the central processing unit (CPU), which acts as the "brain" of the computer. The CPU is responsible for fetching instructions from memory, decoding them, and then executing those instructions to perform various operations. The key components that make up a computer system are: 1. **Processor (CPU)**: The CPU is the main processing component that carries out the instructions of a computer program. It performs arithmetic, logic, and control operations. 2. **Memory**: Computers have different types of memory, including RAM (random access memory) which stores the data and instructions that the CPU needs to access quickly, and storage (e.g. hard drives, SSDs) which provides long-term storage for programs and files. 3. **Input/Output (I/O) devices**: These are the interfaces that allow the computer to interact with the outside world, such as keyboards, mice, displays, printers, etc. 4. **Buses**: Buses are the communication pathways that transfer data between the CPU, memory, and I/O devices. The basic steps a computer takes to execute a program are: 1. The CPU fetches instructions from memory. 2. It decodes the instructions to determine what operations need to be performed. 3. It gathers the necessary data from memory. 4. It executes the instructions, performing arithmetic, logic, and control operations. 5. It stores the results back in memory or sends them to output devices. This cycle of fetch, decode, execute, and store happens millions or billions of times per second, allowing computers to perform complex tasks very quickly. Modern computers also have additional components like graphics processing units (GPUs), network interfaces, and power supplies that expand their capabilities. Does this help explain the basic architecture and operation of a computer system? Let me know if you have any other questions!
Same sht in Asia, is all about the money. They only teach because is high paying job and not explain things properly forcing the students to learn from other sources instead(not like you can blame them because you need a job but if you can get to relax and be allowed to it then its win if all you have to do is just read and give a bullsht homework; relax not all teachers are like these but the ones that are good are a rare breed) . Then the educational department thinks their schools are effective because it looks like the students are being taught properly because of the average grades output but the grades dont say where they learn their stuff because its just a bunch of numbers not realizing that the students are not really learning from the school but from somewhere else 💀💀💀 The education department will not care because they are not the ones suffering and they already have the money.
The DDoS and this video is like.... I don't have words for that... It's just amazingly beautifully mind blowing 🤩 I wish I had a teacher like you bro... ❤❤❤❤❤ Love from Bangladesh. 🇧🇩
I made my PC conscious. One time in Blender I wanted to render a piece with a lot of Gras. At the time I didnt know it would render n amount of Gras for each one it displays. So I simply displayed as much Gras as I needed and somehow managed to put n as 10.000.000. So when I hit render I forced it to render 10 Million times the amount of Gras that was already filling up the whole screen. My PC came alive and decided to commit s*icide
Simple explenation: Input sends binary (0s and 1s) to the cpu, the cpu feeds the info to memory, then the memory stores that info and sends it back, then the cpu sends it to output.
Next time, please consider doing binary code! Use the sweaty CPU guy again, but have the on and off represented using the "Spongebob Squarepants" clip where a Nosferatu flips the switch. Above the switch is the one (on), and below the switch is the zero (off). Each time a meme goes into the input, it moves to the sweaty typing CPU. The Nosferatu flips the switch in a pattern (zeroes and ones). Then, underneath the sweaty typing CPU GIF, a series of lights light up in the same pattern as the Nosferatu (the CPU receiving the electrical signals). Then, the CPU loads the hardware codex to translate the electricity to binary code. The codex used to decipher the binary is the "I have a peer reviewed study saying you are an idiot" meme. The memory box stores it like here. Then, it leaves those and goes to the output. For the punchline, do like you did here: too much input is ordered. The Nosferatu switches the switch really fast and the lights light up. An alarm starts going off and a smoke effect starts billowing. The codex meme is replaced with the scene in Spongebob's brain where the little sponges are running around an office on fire (in the Fine Dining episode). The smoke turns to fire and everything goes black because the power was cut. Everyone screams.
CPU is basically the mailman Mailman get letter (input), Mailman send letter to recipient (output) DDOS attack (many input) = Mailman getting too many letters to carry efficiently and mailman get tired and can’t do as much work
Wow, just WOW. Absolutely breathtaking! As someone who has been deeply involved in the field of IT for over 45 years, I have never seen something so truly amazing. This video is truly a game-changer for CZcams and the internet as a whole. We are entering a new era of content creation. The clarity, the elegance, the sheer brilliance of the explanation left me in total awe. I have seen many explanations of Turing Machines and the Von Noumann Architecture. But THIS video? This video opened my eyes in a way nothing else has my entire life. It's like witnessing the entierty of human history, from fire to agriculture to writing to math to computers to THIS. I had to pause several times to recompose myself from the constant sobbing. The explanation is just THAT majestic. I feel like I'm seeing the Mona Lisa for the first time, but now, in a field I have dedicated most of life to. HUGE Kudos to sentry for crafting such an unbelievably amazing mind blowing mind boggling magestic genius intuitive enlightening piece of content. THIS is what keeps me coming back to CZcams. THIS is what keeps me awake at night. THIS is what I live for. THIS is my life.
Bro is speaking yapaneese
WOOOOOOO! That's right baby, this isit, this is what we've been waiting for
@@R_AATH_ fr
nice copypasta
skibidi toilet
I think this guy should be our IT teacher
skibibidi
Literally
Being able to explain things through memes and plain animation is working good
+15 rub@@dudeguy5762
IT professor*
@@dudeguy5762 cringes Skibidi toilet I like Cameraman.
This is all cool until we find out that there is a video card and motherboard
Incorrect
And a drive
the tunnels connecting i/o to cpu is the motherboard tho
Damn the computer is so relatable.
Doesn't have a fatherboard, like me.
@@apchistuzI drive
CPU saying ,,what?!" is so realistic
0:09 and I like this magic mystical sound effect
@@windws7137 gaster sound
@@TheCultDc2 exactly
as in the lore, totally forgot about him
@@windws7137just a question....from where does that sweaty guy pressing the keyboard meme comes?....i wanna see the original.
@@muhammedmuha4846 "Among us but you're stuck with the worst task"
As a computer science student, I can confirm that this is how we are taught computers work.
No, but it how how you should get kids excited about computers.
I was smart enough to understand these concepts in the classroom study, but if I had access to this, I would have been able to remember it easier.
This is just a simple way of explaining what computers are/work
the DDOS attack was really above level!...
Those were IRQs
Yeah that video was top notch
Above ceiling
amogus
amogus
amogus
amogus
am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am am
That's not a ddos, he just filled both his ram and his swap
This and your last ddos video is the content we need
and we need more
@@user-es4mu3mh2qagreed🔥🔥🔥🔥
It’s always like this, learning is more fun when it’s actually fun
yesssss
I find it funny that he uses that guy sleeping and awake to represent ones and zeros
I give you the gen-z reward of technology
Finally, brainrot that actually helps people learn something
Brain nourishment
Not his fault you all develop ADHD in youtube
@@idunno3721Incredible word
@@RongDMemer it's two words
@@jonathanquarles3708 incredible vocabulary
It's a whole new level of teaching
0:23 i like how it goes “what” when the keyboard is sending signal lol
I would definitely earn a masters degree if classes were thought this way.
I taught so too
@@zk2399lmaooo I see what you did there 💀
@@zk2399You are a genius
Imagine if this is how things were taught, I bet many people would know how computers work
It’s a lot more complicated than this, this would be a very simple computer by modern standards
You... are our new IT teacher now. And you can't deny it.
Simonthy was drawn to a video explaining computer workings due to his innate curiosity about technology. The video's accessible explanations and engaging animations made complex concepts like binary code and CPU architecture comprehensible. Learning about computing pioneers like Ada Lovelace and Alan Turing added a historical perspective, fueling Simonthy's appreciation for the innovation shaping today's digital landscape. Understanding the symbiotic relationship between hardware and software, he grasped concepts like Moore's Law and von Neumann architecture, deepening his admiration for the elegance of computer systems. Simonthy's fascination stemmed from a blend of curiosity, accessibility, historical context, and conceptual clarity, inspiring him to explore further the transformative potential of technology.
I think bro has finally found himself the perfect niche. We need more videos like this
Ah, a memory leak (probably). Computer wants to know a number, it puts that in memory. Nothing else should be using that piece of memory because it’s already in use, and/or it needs to be unreserved once the computer is done with that number so that it doesn’t waste memory on unused stuff. Those issues can both get out of hand, and when the calculator app asks for a number and gets back the bee movie script, it won’t be too happy and will probably blue screen.
Edit: you may have heard that people are trying to stop using the programming language C and move to other things, and this is why. It’s very easy to have a memory leak in C
It's like the division numbers where it goes all the way (2√) Alt+F4 if Memory leaks started
Thank you for explaining that part. I was confused when the memory completely filled up with 1's and started screaming.
NOOOO my beloved C :c
Just program well, and memory leaks won't be an issue :c
@@DatBoi_TheGudBIAS True, but bugs suck and are unavoidable. The world would be better off with a safer programming language. Also hardly anyone is gonna program better after hearing how easy it is to have a memory leak. Most people won’t care unless they have a job, in which case they should know all that stuff already
@@henrysanecdotes5323 I just learned C, das why im mad lol
As a IT Teacher I will use this from now on to explain Von Neumann architecture.
Once again, you made something informative the most gen alpha way possible.
tbh this is still gen z (🤓)
Imagine showing this to your grandparents
As an embedded systems engineer, this says a lot about C memory leaks
I leaked my pants
Yeah, but modern OSes come in clutch (and just kill thr process)
DDOS動画もそうだけど、作者が日本人って知ってめっちゃびっくりしてる 内容がわかりやすすぎる
This makes it sound like you expected it to be completely incomprehensible bc the creator is japanese 😂
Here's a high-level overview of how computers work:
Computers are electronic devices that can perform a wide variety of tasks by executing software programs. At the core of a computer is the central processing unit (CPU), which acts as the "brain" of the computer. The CPU is responsible for fetching instructions from memory, decoding them, and then executing those instructions to perform various operations.
The key components that make up a computer system are:
1. **Processor (CPU)**: The CPU is the main processing component that carries out the instructions of a computer program. It performs arithmetic, logic, and control operations.
2. **Memory**: Computers have different types of memory, including RAM (random access memory) which stores the data and instructions that the CPU needs to access quickly, and storage (e.g. hard drives, SSDs) which provides long-term storage for programs and files.
3. **Input/Output (I/O) devices**: These are the interfaces that allow the computer to interact with the outside world, such as keyboards, mice, displays, printers, etc.
4. **Buses**: Buses are the communication pathways that transfer data between the CPU, memory, and I/O devices.
The basic steps a computer takes to execute a program are:
1. The CPU fetches instructions from memory.
2. It decodes the instructions to determine what operations need to be performed.
3. It gathers the necessary data from memory.
4. It executes the instructions, performing arithmetic, logic, and control operations.
5. It stores the results back in memory or sends them to output devices.
This cycle of fetch, decode, execute, and store happens millions or billions of times per second, allowing computers to perform complex tasks very quickly. Modern computers also have additional components like graphics processing units (GPUs), network interfaces, and power supplies that expand their capabilities.
Does this help explain the basic architecture and operation of a computer system? Let me know if you have any other questions!
I was born in the right generation
Not his fault you all develop ADHD in youtube
As a person who is learning Assembly, I find this video very helpful for me
Very interesting video
This video is PURE gold
School computer when i about to edge
School computer when i open PowerPoint
Very informative
I hate that this is genuinely educational
I can feel my brain expanding with every one of these videos (I'm currently experiencing have severe brain rot as we speak)
Bro is actually better than the educational system in my country (🇺🇸)
Fr
better than any educational system actually 😅
Same sht in Asia, is all about the money. They only teach because is high paying job and not explain things properly forcing the students to learn from other sources instead(not like you can blame them because you need a job but if you can get to relax and be allowed to it then its win if all you have to do is just read and give a bullsht homework; relax not all teachers are like these but the ones that are good are a rare breed) . Then the educational department thinks their schools are effective because it looks like the students are being taught properly because of the average grades output but the grades dont say where they learn their stuff because its just a bunch of numbers not realizing that the students are not really learning from the school but from somewhere else 💀💀💀 The education department will not care because they are not the ones suffering and they already have the money.
Fr 😂
Same(🇮🇳)
This guy taught me in seconds what I wanted to know
I traveled back in time and showed this to a medieval peasant and he immediately understood computers
My teacher spent an hour and a half to explain what you shown in 20 seconds.......
Visual explanation > audio explanation
As a guy who is in the IT program in the university. This is surprisingly accurate
Love this series! Do one about GPU next!
That gonna be fun, just pump-action multi meme shot
Ironically this explains it better than the entire semester, 3 hours a week, I studied computers in school
This is going into the playlist and I’m showing it to my professor.
0:21 accidental fork bomb
Why is this actually helping me understand…
I swear i went to a coding school and our teacher took 3 classes to teach us this
he could have just played this video and everybody would‘ve got it
Pov: using your grandpa's computer hasn't been turned on since ww2
This is an accurate representation of my computer trying to run helldivers 2.
Mine can't even start it😂
This is actually not a bad representation of how it works, this made complete sense
"How a computer works"
CPU: *The tracking device*
Memory: *The tracking device*
RAM:*The tracking device*
Keyboard: *The tracking device*
Mouse: *The tracking device*
Charger Cable*The tracking device*
bro explaned this better than any teacher
Not sure whether this was an understatement or an overstatement on how computers work
"it's basicly the heart of the computer"
CPU is working overtime.
Respect to them.
I really like the fact how you’re hearting every comment. I hope this channel blows up
Thanks, I'm educated.
PLEASE KEEP DOING VIDEOS LIKE THIS, THIS IS AMAZING
What I want to see if my teachers decide to do a presentation:
The DDoS and this video is like....
I don't have words for that...
It's just amazingly beautifully mind blowing 🤩
I wish I had a teacher like you bro... ❤❤❤❤❤
Love from Bangladesh. 🇧🇩
I like how the "what.. *WHAT"* is timed lol
As a current IT worker, this is a pretty accurate metaphor
I made my PC conscious. One time in Blender I wanted to render a piece with a lot of Gras. At the time I didnt know it would render n amount of Gras for each one it displays. So I simply displayed as much Gras as I needed and somehow managed to put n as 10.000.000. So when I hit render I forced it to render 10 Million times the amount of Gras that was already filling up the whole screen. My PC came alive and decided to commit s*icide
I can't believe they didn't teach this in my CS class
Now this is a great representation of something we learn in grade 2
That last part is called: Memory Leak.
Keep up the educational content!!
Basic Input/Output System (BIOS)
The headphones screaming got me🤣
- what's your pc specs?
- 128 sleeping guys
This was 100% made by someone in cs
Source: have been in cs for 7 years
Man, if i didn't know how computer works i would be hella confused
Simple explenation:
Input sends binary (0s and 1s) to the cpu, the cpu feeds the info to memory, then the memory stores that info and sends it back, then the cpu sends it to output.
Keyboard: sudo -rm -rf
CPU: "I can't believe you've done this"
this teached me more than all of my computer science classes
00:29
Mettaton: "oOooOOoh yes"
Probably a good explanation on how memory of a Voyager works
Glad you make another educational meme , the DDoS one was phenomanal
Hoping to see you upload more of these 😊
The CPU be like the average McDonald's worker☠️☠️
I want this guy as my teacher
I wish this was how i learned the thing at school would had awaken my love for pcs earlier
thank you, you should keep doing more of this, i showed to the kids in my class and theyre loving it!
can you do one about gpu bottleneck
Were getting knowledge with this one💯💯🔥🔥🔥
CPU’s are the sweats of computers
Casually explains Von Neumann Architecture
Live Intel Celeron reaction:
So, the CPU is the mind of the computer ? Nice.
No shit
Better than school IT teacher
Explanation didn't put me to sleep 10/10
1万人おめでとうございます🎉
いつも見てます
ホントだ!いつの間にか一万人超えてた!
皆ありがとう!
Ngl it's the best video for understanding how pc works
Bro struck the algorithm with actually funny and educating content
Next time, please consider doing binary code!
Use the sweaty CPU guy again, but have the on and off represented using the "Spongebob Squarepants" clip where a Nosferatu flips the switch. Above the switch is the one (on), and below the switch is the zero (off).
Each time a meme goes into the input, it moves to the sweaty typing CPU.
The Nosferatu flips the switch in a pattern (zeroes and ones). Then, underneath the sweaty typing CPU GIF, a series of lights light up in the same pattern as the Nosferatu (the CPU receiving the electrical signals).
Then, the CPU loads the hardware codex to translate the electricity to binary code.
The codex used to decipher the binary is the "I have a peer reviewed study saying you are an idiot" meme. The memory box stores it like here.
Then, it leaves those and goes to the output.
For the punchline, do like you did here: too much input is ordered. The Nosferatu switches the switch really fast and the lights light up. An alarm starts going off and a smoke effect starts billowing.
The codex meme is replaced with the scene in Spongebob's brain where the little sponges are running around an office on fire (in the Fine Dining episode).
The smoke turns to fire and everything goes black because the power was cut.
Everyone screams.
Finally, now Gen Alpha will understand computer
This video should be shown to high schools across the world for students interested in computers
CPU is basically the mailman
Mailman get letter (input), Mailman send letter to recipient (output)
DDOS attack (many input) = Mailman getting too many letters to carry efficiently and mailman get tired and can’t do as much work
0:05 how the input output system works normally
0:20 why pc crashes
I don't really understand why when the memory fully lits up and it sent more data than it was initially sent to the memory.
@@elijahtan9261 garbage in garbage out i suppose
early, as an IT guy this is a masterpiece.
Fun Fact: The processor predicts what you will do before you do it. So basically CPU lives in future all the time.
CPU does not suffer Heart attack.
The CPU: Blue Death Screen
As an IT high school student, this helps me understand much better than my teacher's explanation
Yep, that's what happens when you press too many buttons.
hate the fact this is super understandable
You are a real teacher, literally!!!