i had to add IN ENGLISH to my search for this one to pop up

yeah, almost a bit disappointing xD

ikr?

they are just the best XD

@@dayman161172 no, they aren't

I concur

I concur

I concur

I concur

I concur

@@kion3606 ok? so he is indian...

me too lol

This is great feedback, you should also be thanked for putting your time into writing and sharing it

i agree, the 00/01/10/11 for name of state is confusing when you are finding a sequence of 011 for example

Actually naming the states (idle, got0, got01, got011) will make more sense and easier to follow

You did well?

That was 7 years ago. But, I did well lol highest grade

@@samizhr4096 Glad to hear it man :)

The practical difference becomes apparent when you design actual hardware to implement the various solutions. You usually will find that one approach is typically quite a bit easier/convenient to implement than the other, based on the specifics of the problem you are trying to solve. ~bb

thank u sir =amarjit =advocate =delhi high court -india

Igor Andrade morris mano roth fundamentals Sudhakar Samauel, these are some good books on logic design

Thank you kindly.

In the first example of the Moore Machine that sequences the LED's up and down, the toggle bit is set to '1' in State 11 and State 00 in order to toggle (change the state of) the Direction Bit. This causes the state machine to be executed in the desired order, 00, 01, 10, 11, 10, 01, 00, 01 … etc. The output of the toggle flip-flop holds its output of 0 or 1 until it is pulsed with a '1' toggle bit at which time it reverses its output. Notice that the other states reset the toggle register input back to a '0', which has no effect on the flip-flop's output, but prepares it for the next '1' input signal to toggle its Direction Bit output. When (in which state or transition) the toggle signal is sent to the Direction Bit flip-flop is dependent on the specific design variation. In the two different design approaches, the Direction Bit can be expressly programmed as an output in every state, or it can be done in hardware with the toggle flip-flop. The advantage of doing it with the toggle flip-flop is that a signal needs to be generated only when a change in direction is desired.

Thank you, sir.

2:10

Adil Can Balçık what happened next?

everything is ok :)