8. Association rule mining with Apriori Algorithm

[@joaojoca100]

16:20 Association Rule generation

[@sahilprasantachoudhury911]

Self referential note: exam time re ae channel ra apriori algorithm video dekhila pare,ae video ta 16:15 ru dekhiba start kare

[@sigmabillionairemotivation4147]

sir, at 11:23 why are some of the probable c3 candidates are directly removed because in c3 there was no such thing?

[@bangarichaithanya8630]

In fp growth algorithm also we will find confidence value by using association rule after constructing fp tree..?

[@letsgo4634]

Thank you for your detailed explanation sir

[@CSEGURUS]

You are welcome.. Keep Learning.

[@adilaslammirmohammadaslamm9762]

Very Much Informative

[@CSEGURUS]

😊. Keep learning. Thank you.

[@vinronrazx5790]

Beautifully explained. But there's one mistake you made, i,e in the rule 3, it should be i5=> i1,i2 ✓ instead of i5=> i1,i5 ×

[@CSEGURUS]

Thank you. Keep Learning. Sorry its by mistake..u r correct.

[@birhanuworku6850]

no problem.this is small mistake.but this guy is so berliant person

[@206_akbarisahil7]

@@CSEGURUS same mistakes are done at 5&6 steps.,it seems your doing these to prevent confidence value to exceed above 100℅

[@CS-wi3ff]

Why u dont take i1, i2, i3 for associative rule? Inknow it doesnt satisfy support count.

[@CSEGURUS]

I have taken 1 of the 2 association rules. You can do the same process for the item set {i1,i2,i3} to generate strong association rules.

[@goldenw.t.y357]

18:54 for i5, it should be i1 and i2?

[@vinnnyvinny5430]

very good explanation sir

[@CSEGURUS]

Thank you...Keep Learning..

[@zollen123]

When you were computing the confidence(I1 and I5 => I2) [time:21.52], how did you get 2/2. I thought the support_count(i2) is 7 and the support_count(i1 and i5) is 2, so 7 / 2 = 3.5

[@CSEGURUS]

It is support count(l) not sup count (i2). Please listen once again...

[@soumyasiriprolu2289]

Ooğojkl

[@soumyasiriprolu2289]

Ooğojkl

[@soumyasiriprolu2289]

@@CSEGURUS jpjj

[@bharathdynamo9351]

17:17 why to take anyone?? , not two

[@karthikganduri5862]

Excellent Explanation

[@CSEGURUS]

Glad you liked it.. Keep Learning..

[@greecemathapamagar7085]

sooper explaination, ur fan sir,. ur my bts ,i m ur army sir.

[@CSEGURUS]

Wow.. Great to hear,, Keep learning.. Thank you...

[@hepsibakambhampati3464]

Excellent explanation sir

[@CSEGURUS]

Thanks and welcome.. Keep Learning..

[@ulberonurakin4231]

In C3 why didn't you include I1, I2 I4 and I1, I3,I5? Yes their frequency is less than 2 so they shouldn't be included in the L3 but for C3 shouldn't they be included? Thanks in advance.

[@SAGARKUMAR-ec6go]

You are right but why only I1, I2 I4 and I1, I3,I5. In C3 there are total 7 itemset must be included.

[@greecemathapamagar7085]

sir please, 100 mcqs for DataMining too.

[@gudibandipoojitha5060]

Thank you so much sir.. Way of explanation is very clear.... As {I1, I2, I5}, {I1, I2, I3} are frequent itemsets,you have taken I1, I2, I5 for generating association rules. In the same way should we do it for I1, I2, I3?

[@CSEGURUS]

Yes, you are right...

[@gudibandipoojitha5060]

@@CSEGURUS Thank you..!

[@malikumarhassan1]

thanks very well explained

[@CSEGURUS]

You are welcome.. Watch Top 90 Data Structures MCQs in the following link... kzbin.info/www/bejne/n2OvhXSAndB5nJo

[@priyankasrivatsa8799]

When min support value is not given how to proceed???

[@prashantmarathe6515]

superb sir!

[@CSEGURUS]

Thank you.. Keep Learning..

[@ΑντιόπηΠαντελή]

Great, thank you very much!

[@CSEGURUS]

You are welcome.. Keep Learning...

[@vutkursaivamshedharreddy2502]

In the association rule y didn't you write i5 implies i2 i5 a third rule. Same

[@CSEGURUS]

I'm sorry. I wrote I5 instead of I1(RHS). Please replace I5 with I1 in the third rule. then it will become I5->I2^I1 .

[@wanbiangmiiakai4175]

What if frequent item set is i1, i2=2... How to do please do about this

[@cristinjhon8444]

10 :36 you suddenly skipped and wrote the answer?its's not clear

[@CSEGURUS]

All 3-frequent possible sets i have written there...

[@shivamshukla438]

Nice explanation

[@CSEGURUS]

Thank you. Keep Learning.

[@mrrafi5609]

sir very nice explanation, but i want this notes to study for my examination

[@mrrafi5609]

please help

[@viplavmodi3737]

Please one example of eclat algorithm with association rules full example in hindi

[@viplavmodi3737]

Above apriori wala example per eclat algorithm per solution karo

[@alsabtilaila1923]

Great!

[@CSEGURUS]

Thank u.. Keep Learning...

[@FinanceWisdomTech]

ty

[@CSEGURUS]

Keep Learning..

[@himanshusirohi2403]

👌👍🙏