I can't believe I actually found a truly helpful video in regards to these! You did a phenomenal job stepping through the whole procedure. I don't know if you read comments anymore but if you do... I really appreciate this.
Thank you so much. This was really help full. I went through so many videos through youtube, but you were very clear, slow and easily understandable. Excellent...
Wow. I cant believe I just learnt all those without opening a single text book! Thanks alot. I appreciate. Isi. From University of Birmingham, United Kingdom
Wow!!! I am so glad I could help! I know the feeling when you are trying to find someone or something to help you understand something. The web is my classroom... I couldn't make it without those who share their knowledge!! To be the one that help you is priceless! Good luck!!
Exam in about 4 hours, and this helped me alot. But isn't that a mealy FSM? Since its states doesn't only depend on its current state but also on the input x. Which as far as I know is the definition of a mealy FSM
Jessica, could you clarify when you said that output "Y" doesn't change with the Q states? Y does change when both Q1 and Q2 are one. Maybe there's a lapse in my understanding.
When q1and q2 are the same so is y.. Look at the way I sectioned off the table.. No mater what x is y will be the same for q1 and q2.. For example taking the first two rows where q1 and q2 equal 0 - when x equals 0 y is 0 and when x equals 1 y is still 0.. Does that make sense?
I have a doubt making a state diagram from a D-FF and a MUX. This video helped and i did understand but still i couldn't make that diagram. Would be nice if you help me with that problem. Thank you for the video!
SO helpful :) I was just wondering though, for y why did we use the original and not next state Q's to calculate it? Do we always use the before state of Q to calculate the output?
Hey Jessica, I just had a doubt, you said that the output(y) doesn't change with the states, so why did you specifically use a Moore FSM, because in a Moore FSM, the output will not change until the state changes?
Moore Machines depend on the the current state alone, so the x-input would not make a difference to the output. This can be seen in the first two rows; q1 | q2 | x | y 0 | 0 | 0 | 0 0 | 0 | 1 | 0 No matter what the x value is, the y value will remain the same.
I can't believe I actually found a truly helpful video in regards to these! You did a phenomenal job stepping through the whole procedure. I don't know if you read comments anymore but if you do... I really appreciate this.
Sometime you need someone that guides you through a problem by holding your finger. haha Thank you very much Jessica!
I must to say that even to a person who barely understand english this video was amazing! Was so easy to undurstand! Luv ya, thank you!
Good job, young lady! You probably just saved a guy from a lot of problems. God bless!
nothing else in the whole web is as helpful and sweet as this, thank you!!!!!!!!!!!!
Thank you so much. This was really help full. I went through so many videos through youtube, but you were very clear, slow and easily understandable. Excellent...
tomorrow is my final, didn't study, just watched ur video, everything i needed is here :D thanx
Wow. I cant believe I just learnt all those without opening a single text book! Thanks alot. I appreciate. Isi. From University of Birmingham, United Kingdom
OH MY GOSH!!!! THIS IS ALL I NEEDED... Google couldnt help me.. MY ECE professor couldnt help me... but YOU.. YOU HELPED ME!!!!
I have an exam tomorrow and I had no clue about these stuff. Thanks! Helped me a lot.
Good hand writing and relaxing voice ;) make more videos. I am a first year elec student and struggle a lot.
still helping 6 years later
Wow!!! I am so glad I could help! I know the feeling when you are trying to find someone or something to help you understand something. The web is my classroom... I couldn't make it without those who share their knowledge!! To be the one that help you is priceless! Good luck!!
Your voice is very pleasant to the ear :) And ofc, nice explanation . Thanks !
tks 4 this fantastic video... now after learning a lot of things frm this video..i thk i will do.. good in my exams.....
excellent explanation! Thank you
Thank you so much seriously even after 8 years your video still amazing and very helpful , thank you so much
What a great job! The only video I could find to answer my questions! Thank you
THANK YOU SOOOOO MUCH!!!!! YOU MADE EVERYTHING SIMPLE!
Your explanation and voice were amazing!!!
awesome stuff Jess!!!
Thanks so much! Saved my night, finally I can sleep
Thank you so much. Might I recommend changing Q1 to A and Q2 to B just to make it a bit more clear.
Nice video great job, I'm an EE student, trying to learn everything I can
Thanks alot for this, it really helped me understand state diagrams better. You are a very good ex plainer.
Thanks Jessica, You are so much better than my lecturer. :-)
Exam in about 4 hours, and this helped me alot. But isn't that a mealy FSM? Since its states doesn't only depend on its current state but also on the input x. Which as far as I know is the definition of a mealy FSM
Jessica, could you clarify when you said that output "Y" doesn't change with the Q states? Y does change when both Q1 and Q2 are one. Maybe there's a lapse in my understanding.
When q1and q2 are the same so is y.. Look at the way I sectioned off the table.. No mater what x is y will be the same for q1 and q2.. For example taking the first two rows where q1 and q2 equal 0 - when x equals 0 y is 0 and when x equals 1 y is still 0..
Does that make sense?
Thanks for the quick response! Yeah that makes perfect sense. Again thanks for the clarification, my night-time brain can get hazy at times.
This is an awesome video! Definitely clarified things for me. Thank You
Thanks Jess! My exam's tomorrow.
I have a doubt making a state diagram from a D-FF and a MUX. This video helped and i did understand but still i couldn't make that diagram. Would be nice if you help me with that problem.
Thank you for the video!
Thanks so much! It's the day before our exam and I Finally get this! ^_^
Love your ring too. ;D
Regards from Sweden
Perfect Explanation. By The Way, Nice Voice. Thanks.
thanks alot jessica...really helpful
Oh god your a life saver. Thank you!
SO helpful :) I was just wondering though, for y why did we use the original and not next state Q's to calculate it? Do we always use the before state of Q to calculate the output?
Great Work!
This was really helpful! Thank you!
Hey Jessica, I just had a doubt, you said that the output(y) doesn't change with the states, so why did you specifically use a Moore FSM, because in a Moore FSM, the output will not change until the state changes?
Moore Machines depend on the the current state alone, so the x-input would not make a difference to the output. This can be seen in the first two rows;
q1 | q2 | x | y
0 | 0 | 0 | 0
0 | 0 | 1 | 0
No matter what the x value is, the y value will remain the same.
Can I use this technique for mealy model circuits??
superb! be blessed.
,,I was n,t know how 2 draw state diagram of table ,,u saved me thank u
thank uuuuuuuuuu ihave a exanm in about 2 hours from now,u save my life gal :D
Do we get to the same results if we switch inputs with present state when implementing mealy are you single?
Why is the y output using original q1 and q2 instead of ns q1 and q2
PLease keep posting thanx a lot
shouldn't y be dependent on next state of Q1 and Q2?
thanks for the teaching was so helpful
You are absolutely brilliant!!! Thank you so much =)
I love you. you saved my life THANK YOU!!!!!!!!!
*Standing ovation*
Why Y didn't depend on Q1 and Q2 of next state ?
can u share something on designing a digital logic from waveform?
i dont understand where's the Q2 came from? (second column) please help me :'( , just tell me the equation for calculate the Q2
nyc explanation...
That was really helpful :-)
awesome video.. it helped a lot!
Finally I got it. Thank you so much :)
This is great, thank you!
i think that we should got the y from Q1 & Q2 from the next state not the current
thank you so much mam you are brilliant i need your help
thanks for helping me in my exam
jessica you are the best
hats off...........................
i think i love you just helped me so much.
Great video! :]
Super useful
@lalitmohjoshi Glad I could help!! Good luck
Thank you!!!
Now i really get to understand the whole thing! Good work! (Y)
thank u so much.. this clarified my confusions.. but ur voice is a sleeping pill
really helpful
what a sweet voice
thank you so much ! this helped a lot !
This so great,. thanks ^^
Great hep thank you!
why isn't q2 = t= not q1.q2?
Thanks A lot you saved my night haha
thanks so much for this video.
Thank you so much, you saved me!
your hand is so beautiful.
you are god to me.thank you so very much
thank you so much
awesome:)thanks a lot
Tanks Jae : )
Greatest
thank you ..... love u darling come to india .....
lol. calm down man. 😂😂😂
More than explicit!
Thanks a lot.
Thaaaaanks a lot , that helped a lot :D
thank you so much
Thank You a lottt mam
thanks for video
thanks a lot, :)
party?
Thank you it helped alot :)
Beautiful lol
thanks mam
Thanks
thankyou
:) Thanks!