Conceptual Introduction to Pipelining

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  • Опубликовано: 10 сен 2024
  • A brief introduction to the concept of pipelining, using the laundry analogy, and then analyzing it to understand what pipelining does and does not achieve.

Комментарии • 34

  • @veginik7743
    @veginik7743 3 года назад +53

    The first 2 minutes taught me more than the entire university lecture on pipelining!

  • @tntdancer12
    @tntdancer12 3 года назад +4

    I've learned more in this video than a week's worth of reading combined. A sincere thanks!

  • @simidimikimi
    @simidimikimi 4 года назад +5

    You don’t know how much I needed this. Oh
    My god I love you

  • @xaviourmugari8074
    @xaviourmugari8074 2 года назад

    Thanks for the video. Explanation is crystal clear and spot on!

  • @SameenIslam
    @SameenIslam 9 лет назад +4

    Great explanation! Thank you for putting up the video.

  • @djidji8319
    @djidji8319 2 года назад

    Thanks for the video

  • @rostkgb
    @rostkgb 2 года назад

    at last a very decent explanation

  • @GOODBOY-vt1cf
    @GOODBOY-vt1cf 2 года назад +2

    2:39

  • @johnnguyen8956
    @johnnguyen8956 2 года назад

    thank you! well done sir

  • @AnthonyCastrio
    @AnthonyCastrio 8 лет назад +2

    Thanks for making this video!

  • @harrietread1749
    @harrietread1749 2 года назад

    Thank you Sir

  • @aslam4dm
    @aslam4dm 5 лет назад

    This is a great video

  • @masbro1901
    @masbro1901 3 года назад

    i just learn,. question please., i thought processor executes in sequential stage. meaning it can't read line 10 before it reads line 1. so, how does it correlated with this pipelining, meaning how this processor executes in parallel, sorry for my rookie question. thanks a lot!

    • @mishakhvatov
      @mishakhvatov 2 года назад

      I know this comment is a year old, but I will answer for anyone else curious.
      The processor *does* execute sequentially by default, reading one memory address from the RAM and then the one after. However, it can jump to any random address if instructed to: that's why it's called Random Access Memory.

  • @lucanone1
    @lucanone1 7 лет назад +1

    excellent!! thank you

  • @FRITTY12348546
    @FRITTY12348546 8 лет назад +1

    great explanation thank you

  • @tamysiby
    @tamysiby 3 года назад

    thank u

  • @nnovalia_
    @nnovalia_ 8 месяцев назад

    🎉

  • @santhakumar281
    @santhakumar281 5 лет назад

    Genius

  • @ZagSystems_org
    @ZagSystems_org 8 лет назад +1

    thanks 4 the video .. really helpful (Y)

  • @Dr1nc
    @Dr1nc 7 лет назад +4

    gr8 vid m8

  • @matthewkothe80
    @matthewkothe80 2 года назад

    I do my laundry fast af now.

  • @luisponce3580
    @luisponce3580 5 лет назад

    I love you

  • @SmilerBFC
    @SmilerBFC 9 лет назад

    great thanks

  • @MrMrWazzaa
    @MrMrWazzaa 4 года назад +3

    ENGLISH!!!!!!!!!!!!!!!

  • @joseraulcanolinares5373
    @joseraulcanolinares5373 4 года назад

    I love you xd

  • @nafeesahmad9083
    @nafeesahmad9083 7 лет назад

    Thank you so much ..this is very help full. can you mail me this slides please?

  • @orya78
    @orya78 3 года назад

    When you dont inderstand the pipline in 3 monthes then you inderstand it in 2 minutes

  • @h.iq.97
    @h.iq.97 4 года назад

    Thanks for making this video!

  • @GOODBOY-vt1cf
    @GOODBOY-vt1cf 2 года назад +1

    2:07