An Egg-Boiling Fuzzy Logic Robot

[@ChristosRym]

our teacher showed that video in my University as a material to understand what fuzzy logic is!!! :D

[@eldemet]

Yes, it is true that the example could be solved using some linear/non-linear function. In fact, there has already been some analytical solutions to this. In this video we assume that we do not have a model of the system (i.e. we do not know the actual function f(x)). Essentially, in this example, FL tries to estimate the unknown nonlinear function based only on our chef's instructions. In any case, it's an educational video, and we hope that you have enjoyed it, nevertheless!

[@NelsonOokami]

I believe the linguistic variables are going to be as such: Input: Small = (70 - x) / 30 Large = (x - 40) / 30 Output: Less than 5 minutes = (6 - x) / 3 More than 5 minutes = (x - 3) / 3 Did it here and it works for me. The result was 4 minutes. :)

[@Adarsh-mn7pl]

Can anybody explain please

[@Adarsh-mn7pl]

@nelson Ookami

[@Adarsh-mn7pl]

THANK YOU VERY MUCH...NOW I UNDERSTAND IT

[@kirti.3334]

What's the value of x here

[@HassanOmariprofile]

best video explaining fuzzy logic, very creative and simple

[@ViolentariaGitaSalina]

this video giving simple and good explanation. Thanks! :)

[@techsuniversity7386]

That's great very good explanation...very helpful...No need any introductory topics on fuzzy logic.

[@porky5913]

Wow!

[@ptrabgus]

oh my God, this is the best explanation

[@Constantuni]

well explained, thanks

[@ferdaozdemir]

Hi, Thank you for this very informative video. I have a question. How do we calculate %30, and %70 fuzzy numbers in the first place. The answer may be simple arithmetic calculation for a weight problem like this but what if we have a non-numeric parameter? Thank you for the answer in advance.

[@mamabangi9514]

Thanks for sharing the video. Very interesting and clear explanation.

[@433V]

I love it so much very nice video.

[@kirbsmeister2]

Doesn't this sort of just amount to calculating cooking time as a function of egg size? I'm still slightly confused about why the whole set membership thing needs to be used.

[@msblackberry80]

That was excellent!

[@KamranYusuf]

Excellent video, excellent explanation.

[@lulukanjar431]

very good explanation!! thanks 😊

[@hkr1986]

BRILLIANT.. loved it thank you

[@sushantsikka3813]

nicely explained !

[@UrbanStyles1997]

exelent work bross,

[@compsc7343]

Amazing video! Really creative! :D

[@CodeProps]

Fun to watch... thanks

[@superdcp]

I didn't understand. What's an egg?

[@lanhod]

very cute..and informative

[@Rtek-zv5lr]

We need to use this logic in the video text as well jejejejejejeje

[@milorday5141]

super dupeeerrr thx

[@ricardohernandez5337]

As good as the solving fuzzy problems

[@banucalsr821]

🎉🎉🎉🎉

[@Awreccan]

Fuzzy letters you mean? :) It may have been an artistic decision!

[@SuperJimmyChanga]

Why not just a linear equation?" f(x)=(x/10)-1 ", where x is the input weight in grams and f(x) is the output time in minutes? Or is this a more efficient circuit designed to only compute the egg boiling time and is therefore incapable of algebra?

[@mundopick]

SuperJimmyChanga Fuzzy systems are designed to take decisions more human like.

[@playntz572]

can someone explain how I find 4 minutes ?

[@dannyboyeek]

0.7 * 3 min. + 0.3 * 6 min. is about 4 min.

[@diogenesdesinope1226]

I thin'k this video make the solution look's a more probabilistic than fuzzy one, actually I think it makes the concept of fuzzy logic fuzzy it self! xD

[@mohammedaminaissou2285]

now it's more clear

[@ash143aish]

i did not get that .........how is the 70% and 30% decided ?? pls some one explain......................

[@Fringeart]

There is a hidden function in the robot for evaluation of the final decision based on the "weights" (70+30) which is not explained in this video, as it is just an implementation thing - in other words not important for this introduction video.

[@TadeeshaRoy]

so simple .. !!

[@davecirlclux]

Wiggle wiggle wiggle

[@607]

I had to stop watching because of the franticly vibrating letters. Besides, I think that the percentages 30% and 70% might make students think that membership values should add up to 1 (or 100%), which may lead to commonly made mistakes.