- Видео 278
- Просмотров 97 104
a-cube
Добавлен 4 ноя 2012
Видео
5 - AVL Trees Inside and Outside Case
Просмотров 1319 месяцев назад
5 - AVL Trees Inside and Outside Case
3 - Binary Search Trees (BST) Complexities
Просмотров 749 месяцев назад
3 - Binary Search Trees (BST) Complexities
2 - Binary Search Trees (BST) Deletion
Просмотров 1269 месяцев назад
2 - Binary Search Trees (BST) Deletion
3 - Pseudorandom Probing Example | Hashing
Просмотров 4569 месяцев назад
3 - Pseudorandom Probing Example | Hashing
2 - Quadratic Probing Example | Hashing
Просмотров 1469 месяцев назад
2 - Quadratic Probing Example | Hashing
1 - Linear Probing | Hashing Example
Просмотров 1509 месяцев назад
1 - Linear Probing | Hashing Example
2 - Heap Sort (In Place) | Why O(nlogn)
Просмотров 21210 месяцев назад
2 - Heap Sort (In Place) | Why O(nlogn)
1 - Bottom Up Heap Construction | Why O(nlogn)
Просмотров 1,3 тыс.10 месяцев назад
1 - Bottom Up Heap Construction | Why O(nlogn)
3 - Big O vs Big Omega vs Big Theta | Asymptotic Notations
Просмотров 18611 месяцев назад
3 - Big O vs Big Omega vs Big Theta | Asymptotic Notations
1 - Review on Analysis of Algorithms
Просмотров 13011 месяцев назад
1 - Review on Analysis of Algorithms
5 - Comparing Growth Rates | Algorithm Analysis
Просмотров 333Год назад
5 - Comparing Growth Rates | Algorithm Analysis
3 - The Big O Notation | Analysis of Algorithms
Просмотров 123Год назад
3 - The Big O Notation | Analysis of Algorithms
2 - The RAM Model | Analysis of Algorithms
Просмотров 334Год назад
2 - The RAM Model | Analysis of Algorithms
5 - Page Replacement | FIFO | Optimal/Min | LRU | OS | Memory Management
Просмотров 227Год назад
5 - Page Replacement | FIFO | Optimal/Min | LRU | OS | Memory Management
2 - Initializing and Accessing a Structure Member
Просмотров 40Год назад
2 - Initializing and Accessing a Structure Member
Lec9 - Graphs | Connectivity | Hamiltonian | Euler
Просмотров 52Год назад
Lec9 - Graphs | Connectivity | Hamiltonian | Euler
putol naman po explaination sa dulo ayos na sana...
Wow
What if I use those same rules as you did but not in the same order, like applying the rule in other steps meaning in the first step that you did l will do it as the 3rd step with the same rule , while in the first step l will use the second rule that you wrote with the same answer? l don't know if it make sense😢, But still get the same answer will that also be CORRECT!!?
good explanation!
Thank you!
Thanks!!! for saving a bunch of my time by going through boring notes and slides for my final
Well explained Thank you
Thank you!
why is it modulo 13
13 buckets
Hi @a-cube-, where can i find these slides? They look well done and easy to study with. Please assist, currently studying for my june exams. Thanks
Hi, do you perhaps have these lecture slides?
Thank you so much @a-cube
samo najludji ljudi gledaju ovo pred ispit
thank uhh mam💓💓
question po, can we use Distributive law on (~p or q) or (~p or r)? kahit na same sila ng connectives?
Thank you for this video helped me.
is it possible to do without using contrapositive at the 3rd part of question the class was nice
cool
Hi, how would you go about doing this question: Prove (p V q) ^ (- p ^ - q) = false by writing a transformational proof. Every step of your proof must be fully annotated. Each step must apply just one law of logic.
With the - signs being the negation symbol 😅
Very nice❤
Thanks for explaining with the diagrams, helping me in my class lol
Thank you po! Malaking tulong po ito.
Good explanation. Can u make a video about existence proof
Thanks! You explained this better than my professor
No, you are wrong, if n^2 is even, and n is sqrt(n^2) may not be even. e.g. n^2 = 8, and Sqrt(8) is not even.
the theorem only applies to numbers (n) that are even.
thank you so much
You're welcome!
Where is the Segmentation video?
Check whether the following argument form is valid or invalid by using formal proof (𝑝 ⇒ 𝑞) ∧ (𝑟 ⇒ 𝑠), (𝑞 ⇒ 𝑡) ∧ (𝑠 ⇒ 𝑤), ¬(𝑡 ∧ 𝑤), 𝑝 ⇒ 𝑟 ⊢ 𝑝
i have got good understanding from you thankyou from ethiopia 🥰
welcome!
isnt p2 >p3: n^2= 2(2k^2+4k+2) the right one.....i think by mistake u have written 2(k^2+4k+2).....anyway nice lecture
Fantastic , the way u are explain its really great keep it up!
Thanks a lot 😊
DIdn't know we could shift a summation like that XD thanks ^^
welcome!
❤
Thanks for explaining so well
You're welcome!!!
thanks for your effort!
My pleasure!
Great lecture Ma'am Ara! I will study this for future quizzes! :D
Proving Absorption Law with other laws was a bit tricky for me, Thanks for clearing it out.
Any time!
thanks alot.... much love... 🥰🥰
Most welcome 😊
great video will come back later when exams approaches and keep it up
Thank you!
You sound cute❤
thank you so much
You're welcome!
Might be wrong, but when calculating the error, should it be: "error = y_test - y_hat" instead of "error= y_hat - y_test"?
The algorithm used here is about computing the sum of squared errors. Therefore, using e^2 or (-e)^2 is the same.
a-cube?? More like a-cute
Very good. Best concept ever. Clear all points
Thanks a lot!
Very useful po! Will be binging your content 😂
Yay! Thank you!
Mam❤ tq so much
Welcome 😊
hello lady how are you doing. you know you explain very well can i please have your email address i would like to ask you few questions regarding data science. i need some clarity and advice if you don't mind please.... or at least share one of your socially media something that is not too personal so i can keep in touch with you
can i ask i saw your videos explaining multivariable regression how long have you been doing data science?
Thank you!👍
You're welcome!
helpful
Glad to hear that!