Tim Arnett
Tim Arnett
  • Видео 12
  • Просмотров 518 840

Видео

Powerup Powered Paper Airplane Test Flights
Просмотров 2069 лет назад
Testing out the kickstarter project Dr. Cohen purchased that allows you to make a powered paper airplane and control it (sorta) with your smart phone.
An Introduction to Fuzzy Logic
Просмотров 511 тыс.9 лет назад
This video quickly describes Fuzzy Logic and its uses for assignment 1 of Dr. Cohen's Fuzzy Logic Class.
Guide to Manual Oxidizer Flow Control
Просмотров 24910 лет назад
Tech Writing instructions project
Single actuator nozzle test
Просмотров 60510 лет назад
Single actuator nozzle test
University of Cincinnati Hybrid Rocket Engine Test 1 Angle 1
Просмотров 42310 лет назад
A test at the UC Combustion Research Laboratory of a hybrid HTPB-GOX rocket engine.
University of Cincinnati Hybrid Rocket Engine Test 2 Angle 1
Просмотров 69410 лет назад
A test at the UC Combustion Research Laboratory of a hybrid HTPB-GOX rocket engine.
UC Rocketry Battle of the Rockets launch
Просмотров 1,1 тыс.10 лет назад
University of Cincinnati Rocket Club launch at Battle of the Rockets in Culpeper, VA. Apogee was 2400 feet on a Cesaroni K570.
UC StratoCats Prometheus Flight 2 Ground Level EPIC VERSION
Просмотров 11512 лет назад
The epic University of Cincinnati's epic entry "Prometheus" in the epic Wisconsin Space Grant Consortium Rocket Competition. This is the epic second flight on 4-29-12. Epic apogee at ~2606 ft. Epic engine is the Cesaroni K740. Now with epic music!
UC StratoCats Prometheus Flight 2 Ground Level
Просмотров 17312 лет назад
The University of Cincinnati's winning entry "Prometheus" in the Wisconsin Space Grant Consortium Rocket Competition. This is the second flight on 4-29-12. Apogee at ~2606 ft. Engine is the Cesaroni K740.
UC StratoCats Prometheus Flight 2
Просмотров 12112 лет назад
The University of Cincinnati's entry "Prometheus" in the Wisconsin Space Grant Consortium Rocket Competition. This is the second flight on 4-29-12. Apogee at ~2606 ft. Engine is the Cesaroni K740.
UC StratoCats Prometheus Flight 1
Просмотров 21012 лет назад
The University of Cincinnati's entry "Prometheus" in the Wisconsin Space Grant Consortium Rocket Competition. This is the first flight on 4-28-12. Apogee at ~2596 ft. Engine is the Cesaroni K740.

Комментарии

  • @TamimTasnimZiko
    @TamimTasnimZiko 4 месяца назад

    Tnx

  • @vgr143426
    @vgr143426 6 месяцев назад

    Lotfizadeh 🇦🇿

  • @f.h6865
    @f.h6865 10 месяцев назад

    Lutfuzadeh

  • @LD-wf2yt
    @LD-wf2yt Год назад

    Fuzzy logic is the secret sauce ie. reason for bad or failing systems to continue to linger for much longer than necessary. Always stay aware of all levels of the Iceberg model of change.

  • @hollaartyourboy
    @hollaartyourboy Год назад

    thought this was gonna be a comedy

  • @smithwill9952
    @smithwill9952 Год назад

    Well presenting the idea behind FUZZY. That's why lots of appreciation and subscription.

  • @devilzwishbone
    @devilzwishbone Год назад

    So in short Fuzzy Logic is an analogue version of classic logic which would be binary

  • @TheDradge
    @TheDradge 2 года назад

    It looks more like the digital (logic) levels of 0 and 1 are now just spread across analog values. Surely it's just a replacement of a binary logic (digital) system to an analog system.

  • @darkboyyyy
    @darkboyyyy 2 года назад

    Ercument cik lan karsima

  • @jasmeetdhanjal4407
    @jasmeetdhanjal4407 2 года назад

    Love your voice

  • @madrasnarayan
    @madrasnarayan 2 года назад

    Awesome 👍

  • @SupremeST25
    @SupremeST25 2 года назад

    Me trying to explain to my date how 5’ 6” constitutes “tall”:

  • @brainlink_
    @brainlink_ 2 года назад

    PER ITALIANI: Ho creato l'unica playlist su RUclips Italia sulla logica fuzzy! la trovate quì -> ruclips.net/p/PL-tCoHPn6YlafYUe6bSnpZJe2MSaHer8h

  • @The_double_side
    @The_double_side 2 года назад

    in future there may be human logic and alien logic .

  • @orangeziggy348
    @orangeziggy348 2 года назад

    Tell me why it took until the 20th century by Lotfi Zadeh to finally apply/introduce fuzzy logic to mathematics, when this should have been already applied during Roman Times?

  • @ClaudioBOsorio
    @ClaudioBOsorio 2 года назад

    Video is great music not so much

  • @majinbuux7
    @majinbuux7 2 года назад

    Another underrated channel

  • @rootsharp9946
    @rootsharp9946 2 года назад

    Wow. Sounds like Moriarty from Sherlock Holmes giving some lectures! Thank you! I'm a big fan of yours.

  • @raduduggan4667
    @raduduggan4667 3 года назад

    indeed, great video Tim. i think anyone that manages to breakdown something complex into small digestible bits deserves another subscriber!

  • @SafwanAlselwi
    @SafwanAlselwi 3 года назад

    Nice

  • @AhamedKabeer-wn1jb
    @AhamedKabeer-wn1jb 3 года назад

    Thank you..Good Explanation..

  • @james77011
    @james77011 3 года назад

    Nice video ☺️

  • @chintarisa
    @chintarisa 3 года назад

    Best intro...Nice sharing..

  • @aminbazgir7873
    @aminbazgir7873 3 года назад

    You did a GREAT JOB! Thanks for your explanation.

  • @kaayeni
    @kaayeni 3 года назад

    Quite an introduction. Very apt! Thank you

  • @Muss_._
    @Muss_._ 3 года назад

    hi, i very like your project, and i think i want make diy for my learn and knowledge,but i don't know how to do. 🥺.Teach how to make engine rocket like real rocket.Can u teach me?😢

  • @madadibrahimov4845
    @madadibrahimov4845 3 года назад

    Rest in Peace Lotfi Zadeh

  • @fuzzytheblueracer6133
    @fuzzytheblueracer6133 3 года назад

    wat i have a logic?

  • @balajidurairaj6838
    @balajidurairaj6838 3 года назад

    Excellent explanation 👌

  • @謝宗佑-u1m
    @謝宗佑-u1m 3 года назад

    In short: It's relative.

  • @glowcarefoundation1998
    @glowcarefoundation1998 3 года назад

    You literally explained wht fuzzy is all about., nice one. You used 3min to explain what we are been taught in a semester.....sofunny

  • @statisticsforbeginners6841
    @statisticsforbeginners6841 3 года назад

    Thankyou for the explanation .I am using the fuzzy logic in decision making

  • @arjetasahiti3707
    @arjetasahiti3707 3 года назад

    THANK YOU !!!

  • @Anar.Hasanov
    @Anar.Hasanov 3 года назад

    RİP LotfiZadeh

  • @franklydoodle350
    @franklydoodle350 3 года назад

    I used that intro track for a cheesy 80's advertisement haha

  • @athiralbar2661
    @athiralbar2661 3 года назад

    Really sorry i am 5 years late but, if you were to read my comment, you mind giving me the sources of all the information used for the video bcs i am making a project report based on fuzzy logic and i barely have enough information about fuzzy based on any past studies, especially explaining it in simple terms

    • @timarnett8555
      @timarnett8555 3 года назад

      This is a good all-around resource: www.amazon.com/Fuzzy-Logic-Engineering-Applications-Third/dp/047074376X Of course there are several others but googling is probably good enough.

  • @hossainahamed8789
    @hossainahamed8789 3 года назад

    sir Suppose, I am making a fuzzy rules using three input variables a, b ,c, and 1 output variable d. Each variable has three linguistic terms Low medium and high. Is it possible to write A B C D High Low Low Medium High Low Low High If so , can you give me a paper reference ? Thank you

    • @timarnett8555
      @timarnett8555 3 года назад

      I don't have a reference, but it is possible. However, you'll still need a way to choose one of the antecedents or combine them in order to resolve to a final crisp value. You could use a disjunctive rule like a probabilistic sum, or maybe a t conorm, to combine the two output membership functions. Or you could learn some sort of probabilistic method from training data. The end result however could also be achieved by having more granularity in your input and output membership functions.

    • @timarnett8555
      @timarnett8555 3 года назад

      Oops, instead of antecedent that should say consequent.

  • @ovanhoa4c-185
    @ovanhoa4c-185 3 года назад

    Thank you so much, bro! I can immediately understand your video instead of reading the textbook for hours.

  • @AdamNoizer
    @AdamNoizer 3 года назад

    Thank you. Helped massively with my project.

  • @MR-cs6vo
    @MR-cs6vo 3 года назад

    Hours of lectures in 3 minutes nailed it

  • @Randomkitten7
    @Randomkitten7 3 года назад

    3:42 Satellites have attitudes. We need to keep them in control;) Nice explaination by the way

  • @amirawaheed3714
    @amirawaheed3714 3 года назад

    Thanks alot 🙌

  • @oghuvwublessing705
    @oghuvwublessing705 3 года назад

    THE LORD is good. Jesus Christ, The Son of God is awesome.

  • @oghuvwublessing705
    @oghuvwublessing705 3 года назад

    Thank you very much.

  • @kalpitoriLampung
    @kalpitoriLampung 3 года назад

    Mantap, salam dari indonesia

  • @connie2285
    @connie2285 3 года назад

    You sound like Adam Driver

  • @anonymuser302
    @anonymuser302 4 года назад

    Rest in Peace Lotfi Zadeh...

  • @apollocreed8324
    @apollocreed8324 4 года назад

    Literally the best intro. Told about fuzzy logic basics in a matter of minutes. Great work mate keep it up

  • @cloudberry7241
    @cloudberry7241 4 года назад

    Thank you!

  • @Mau365PP
    @Mau365PP 4 года назад

    So... is it just proportional control with saturation? 🤷‍♂️

    • @timarnett8555
      @timarnett8555 4 года назад

      No. Proportional control is a type of linear control, although the saturation would indeed induce a nonlinearity at the threshold. Fuzzy controllers are almost always nonlinear (depending on their properties). If you have a Fuzzy Inference System (uses Fuzzy logic along with input-output inference rules) that gives a piecewise linear output, you could exactly match the output of a proportional controller with saturation with only a few membership functions. Since Fuzzy systems are (usually) universal approximators though, they can approximate much more complicated control surfaces, which is useful since an optimal control function is almost always nonlinear.