I feel that knowing "where" something is used, matters a lot when learning. None of my teachers told me "where" FA is used. Great video and thanks for letting me know!
Now this video is criminally underrated. I never used to attend the classes in my university as I would find it so boring as my pprofessor would go on and on. But you caught my attention. And Thank you for that.
Can easily learn topics by spending much less time, thank you for this. You deserve to be paid better than most of the university professors. PLEASE KEEP IT COMING ABEG.
Refreshing my knowledge after *ahem* "some time since I did my undergraduate degree". An excellent overview! One minor point: DFA is "Deterministic Finite-state Automata". They are a type of "state machine", so the "state" part is important and anyone new to the topic should be aware of this.
This video is so helpful. You explained everything so well and in a very simple way. I was having a hard time learning it from the textbook. Keep making these videos. Amazing work.
i watched a 1 hr theory lecture and didnt understand anything . Watched her explaination for 7 min and Boom Gottcha! Thanks and keep doing the good work
Earlier today i had no idea what my lecturer was explaining and felt like it was a complex concept but your video really lit a bulb in my head. Thank you 🫡
I wonder if this kind of explanation is harder than our professor does... Our professor explained this lesson for 50 minutes and i could not understand. But i understand same topic in 6 minutes. Crazy.. thanks!
I appreciate your video. Your visuals are adorable and help me easily understand the concepts. But I think there's a little bit of confusion at delta function, q1 back to q0 when it read 0
Thank you so much for this video. It taught me so much. However, at 5:00, for the table, when q1 has a 0, should it go back to q0 instead of staying at q1?
Thank you for this explanation ! I really understood this concept. I was very scared of it but know I get it. Still I have a small question: When you were writing the sigma (I don't have the symbol lol), you said for q1 , if it's 1 then the state is q2 (here it's alright) and for 0 then the state is q1 ( isn't it q0 ?!) why is it q1 ?
@Lydia Cheah at 2:45 why don't we say heatwave is over when q2 drops below 45*C? Is that just not apart of our language? What is missing from our definition that we did not consider heatwave over?
At 3:24 you said L_M={ all strings containing 11 }. I am confused as to what to do if we have 111010? Shouldn't the state table be the following? __ #_ 1 __#_ 0 q0 # q1 # q0 q1 # q2 # q0 q2 # q2 # q0 And would the state transitions for our given input (111010) be q0->q1->q2->q2->q0->q1->q0?
No, the final state q2 does accept the 0s coming after two consecutive 1s .So, there's no need to go back to q0. You stay on q2 repeating symbols of 0s and 1s.
@@MindbendingRobot It is but only when it accepts certain symbols. For example, if final state does not accept any string that ends with a 1 then, it does go back to another previous state.
You deserve more views and subscribers! Thank you!
There is a mistake at 4:55, when q1 is false or 0, it must go back to q0.
thank dude, I also noticed that 😅
Oh man, thank you...I thought it was something I couldn't figure out...Now I can go dig my CS books out of the trash.
your voice is so calming, it makes me want to learn more. Very well-paced video. Thanks a lot this channel definitely deserves more viewers.
I feel that knowing "where" something is used, matters a lot when learning. None of my teachers told me "where" FA is used. Great video and thanks for letting me know!
Now this video is criminally underrated.
I never used to attend the classes in my university as I would find it so boring as my pprofessor would go on and on. But you caught my attention. And Thank you for that.
This was a fantastic overview and beautifully presented!
Can easily learn topics by spending much less time, thank you for this. You deserve to be paid better than most of the university professors. PLEASE KEEP IT COMING ABEG.
Abeg 😂
Wow, your video just simplified a very complicated subject, nobody has ever made DFA so understandable, please do more. Thanks a lot.
This video describes the topic with much clarity, definitely deserves a lot more credit.
Thanks for keeping this thing short and crispy 👍🏻
Please keep doing this
This is just WOW. I wish you were my teacher. One of the best content with a brilliant way of explaining things. 👏👏
Such a great video. DFA's always seemed so abstract and now I understand everything a lot better. Thank you!!
Thank you for this familiar and cute video, it helps me a lot on my computer science course. Thanks again.
better than an entire semesters worth of lectures!!! God bless
Your explanation is amazing. This channel is so UNDERRATED!
Extremely concise & clear for anyone to understand.
This is so well made! I hope you can find the time to make more of these videos. 🙂
Refreshing my knowledge after *ahem* "some time since I did my undergraduate degree".
An excellent overview! One minor point: DFA is "Deterministic Finite-state Automata".
They are a type of "state machine", so the "state" part is important and anyone new to the topic should be aware of this.
This video is so helpful. You explained everything so well and in a very simple way. I was having a hard time learning it from the textbook. Keep making these videos. Amazing work.
My dear, You just did it great. I can't describe in words how this video made it easy and how happy I am. Thank you
This was so good, your voice is so soothing, forgot I was studying
Wow alright. This is as adorable as it is informative. Thank you kindly for your work and skill.
I m from india... your example too good ... continue your creation of animated videos ... all the best for your channel 👍👍👍
Thank you , quality of this video is damn high , very clear explanation
this is amazing, we would love to watch more of your video
These are really great videos. This young lady has a gift.
i watched a 1 hr theory lecture and didnt understand anything . Watched her explaination for 7 min and Boom Gottcha! Thanks and keep doing the good work
amazing video ur better than 20 textbooks combined im sure
needed to learn what finite automata were before a class and this was so easy to understand, thank you very much!
That was a really good example. Thank you for clearing the concept.
i love the way you explained DFA. beautiful presentation!!
Wow this video is amazing!!! very helpful to understand DFAs! thank you so much!
Earlier today i had no idea what my lecturer was explaining and felt like it was a complex concept but your video really lit a bulb in my head. Thank you 🫡
you literally saved my semester! Thank you
I wonder if this kind of explanation is harder than our professor does... Our professor explained this lesson for 50 minutes and i could not understand. But i understand same topic in 6 minutes. Crazy.. thanks!
this channel is underrated AF. keep going girl
Very well done. Simple, illustrative, and enjoyable. I’m definitely using this to study. Thanks
one real practical appllication of automata to explain the question
This was helpful. Thank you. Deserves more subs and views honestly.
This is so crisp. Thanks Lydia ❤️
This really helped this click for me! I was having a lot of trouble understanding this until I saw this video.
These illustration help so much in understanding the concepts!
Thank you SO much! =O
this is perfectly paced and explained; thank you so much
I appreciate your video. Your visuals are adorable and help me easily understand the concepts. But I think there's a little bit of confusion at delta function, q1 back to q0 when it read 0
Clear and concise explanation - great video!
Helped me with my midterm thanks a bunch!
Thank you for this small masterpiece
daym, you made it very easyy for me to understand, thanks
Awesome explanation and animation, thank you!
Good explanation. Understood the concept thoroughly!
You are a wonderful instructor, In my opinion, the temperature example is not easy to understand.
*Correction for table at 4:54 : "When state q1 reads 0 it transitions to q0 not to itself"
Good job in explaining this!
Awesome...this channel will blow up soon
This video was very informative and easy to understand
AMAZING presentation! 😍
I think there might be a small issue in transition function. q1 transitions to q0 if 0.
Thank you so much for this video. It taught me so much. However, at 5:00, for the table, when q1 has a 0, should it go back to q0 instead of staying at q1?
Your voice is healing me 😔💔 please keep talking
Amazing! Thank you so much.
Very helpful, thank you!
clear and fantastic explanation. Thank you.
You are a lifesaver!!!
I wish all of knowledge was this cute to learn
Thank you very much, this was a really really good explanation!
thank you lydia!
amazing video
Doesn't the accept state revert back to q1 when it reduces a 0?
this is just so good
This is beautiful
Amazing video. Thank you!
thank you for help us to understand this subject:)
Thank you for this explanation ! I really understood this concept. I was very scared of it but know I get it. Still I have a small question:
When you were writing the sigma (I don't have the symbol lol), you said for q1 , if it's 1 then the state is q2 (here it's alright) and for 0 then the state is q1 ( isn't it q0 ?!) why is it q1 ?
very helpful video
Despite the way the word "accept" is pronounced, I love the video
@4:58 Why doesn't q2 go back to q0? If after two days, the temp drops to
Amazing!
this video is perfect
Please do more content 🥺
You are amazing!!
This is awesome!
@Lydia Cheah at 2:45 why don't we say heatwave is over when q2 drops below 45*C? Is that just not apart of our language? What is missing from our definition that we did not consider heatwave over?
You are a godsend
Thanks !
thanks so much
You are amazing 🤩🤩🤩🤩🤩🤩
thnx this was helpful
Thanks
why can't my professor or a textbook explain shit like this. i finally understand. smh
At 3:24 you said L_M={ all strings containing 11 }. I am confused as to what to do if we have 111010? Shouldn't the state table be the following?
__ #_ 1 __#_ 0
q0 # q1 # q0
q1 # q2 # q0
q2 # q2 # q0
And would the state transitions for our given input (111010) be q0->q1->q2->q2->q0->q1->q0?
No, the final state q2 does accept the 0s coming after two consecutive 1s .So, there's no need to go back to q0. You stay on q2 repeating symbols of 0s and 1s.
@@farwahbatool6247 but does that mean that once accept state has entered, there is no way to represent going back to the start state?
@@MindbendingRobot It is but only when it accepts certain symbols. For example, if final state does not accept any string that ends with a 1 then, it does go back to another previous state.
OMG thank you very much!
the goat
LeGeNd!!!
I love your voice
1st video
What?
Halting problem
Models of computation
Turing machine
2nd video
What?
Two key concepts
Operations on them.
Ethan Cove
hey! u disappeared? eveything al right?
Trent Square
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