Sagar Simha K T Unfortunately they aren’t in a playlist or easy to find. I found them by following the Upcoming and other videos listed down the right on UA-cam and looking for the same tutor.
@@DIVITSHARMA-nj9hn here we use one-hot encoding where 001, 010 and 100 are the different states. We could use binary too but this is a different type of encoding signals. The position of 1 indicates the state,
You are such a wonderful tutor. Your FPGA series is the best one on UA-cam. Excellent work. Thanks.
Eddy Could you share me the link of the FPGA Series please.
Sagar Simha K T Unfortunately they aren’t in a playlist or easy to find. I found them by following the Upcoming and other videos listed down the right on UA-cam and looking for the same tutor.
In the last Moorey machine code, state has to be initialized to some state: reg [1:0] state=00;
at 17:53 it is a moore machine so why are writing the outputs at the edges, and not in the state circles?
Excellent
Why synthesizer generates 2 flip flops for states and 3 flip flops for light??
light represented by 3 bits so
@@abhayh924 but we have only 3 combinations for light then why not use 2 bit binary ??
@@DIVITSHARMA-nj9hn here we use one-hot encoding where 001, 010 and 100 are the different states. We could use binary too but this is a different type of encoding signals. The position of 1 indicates the state,
@@abhayh924Ohh 😯, thnx for the clarification...
in time 10:20 state diagram redundant states are there sir