Special LP Cases in Simplex Method | Infeasibility, Alternative Solutions, Unboundedness, Degeneracy

Поделиться
HTML-код
  • Опубликовано: 1 окт 2024

Комментарии • 29

  • @banibratamanna5446
    @banibratamanna5446 2 месяца назад +3

    Sir I think the following topics are left
    1. 2 phase method in LPP
    2. Duality in LPP
    3. Dual Simplex Method
    4. Assignment problem.......
    Again hat's off to your dedication for making such amazing simple but elaborative videos....☺☺☺☺

    • @udaykiran-wg3vb
      @udaykiran-wg3vb 25 дней назад

      yes could you pls complete this chapters as well

  • @kowyo
    @kowyo 5 месяцев назад +3

    I love this!!! because I follow your method in Intro to Simplex Method | Solve LP | Simplex Tableau and the optimal solution develops in a oppsite direction and I am so overwhelmed. This video surely helps!

  • @hawad10
    @hawad10 Год назад +5

    U made my life alot easier 💓

  • @andrewwang2209
    @andrewwang2209 6 месяцев назад +1

    I think there is a big typo on 6:06 where the slack variable has a cB of 6!

  • @maddoscientist1905
    @maddoscientist1905 Год назад +5

    Best LP videos I've found on youtube. Thank you so much!

  • @KanalmitNivea
    @KanalmitNivea 2 месяца назад +1

    Extremly well done. Clearly explained, great animations - thank you!

    • @joshemman
      @joshemman  2 месяца назад

      My pleasure. Thanks.

  • @sourabhborkar8167
    @sourabhborkar8167 9 месяцев назад +1

    You missed one important point in Degeneracy is the possibility of "cycling".

    • @joshemman
      @joshemman  9 месяцев назад +1

      👍You're right.

  • @geniusharma
    @geniusharma 4 месяца назад

    Thank you so much !!!! It was so effective and simple to learn which I couldn't find on any other youtube channel ......

  • @danqiuWei
    @danqiuWei 11 месяцев назад

    can you make a video about duality linear programming?th!!!!!!

  • @Raghav-w8j
    @Raghav-w8j Год назад +1

    Hope you continue making such wonderful lessons sir!

    • @joshemman
      @joshemman  Год назад

      Will try. Thank you.

    • @Raghav-w8j
      @Raghav-w8j Год назад

      @@joshemman Sir I came across a question in which b column contains a 0 term (degenerate case) but the c-z row doesn't contain all negative terms which means I can't yet show that the solution is optimal. in such a situation which row should I choose as pivot row for making the next tableau? Answer is correct when I choose the row with 0 term in b column as the pivot row but I thought we choose only smallest positive ratio as pivot row. Please help me with this doubt

    • @Maximus_x124
      @Maximus_x124 10 месяцев назад

      What is the question?@@Raghav-w8j

  • @GodIsEverPowerful
    @GodIsEverPowerful 7 месяцев назад +1

    so nice concise 🙏

    • @joshemman
      @joshemman  7 месяцев назад

      Thanks for liking it.

  • @attiqakanwal
    @attiqakanwal 6 месяцев назад

    Thank you so much bruh 🥺❤

  • @JeremiahKipkorir-cn9pf
    @JeremiahKipkorir-cn9pf Год назад +1

    You are the best sir💯

  • @Apersonl0l
    @Apersonl0l 9 месяцев назад

    when should we introduce an artificial variable a to test for infeasibility when constructing the tableu form?

    • @joshemman
      @joshemman  9 месяцев назад

      You introduce artificial variables because the LP requires it. Not because you want to test for special cases like infeasibility. This video might help: ruclips.net/video/OxZR4aoYG0c/видео.html

    • @Apersonl0l
      @Apersonl0l 9 месяцев назад +1

      @@joshemman thank you for replying, please keep making digestible educational videos like these ❤️

  • @ahmadtariq3960
    @ahmadtariq3960 Год назад

    Thank sir you are my best teacher❤

  • @gbalakrishnareddy7002
    @gbalakrishnareddy7002 8 месяцев назад +1

    Thank you a lot for explaining complicated things in a short time

    • @joshemman
      @joshemman  8 месяцев назад

      You're welcome!