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 RUclips 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 RUclips. 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 RUclips 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?
in time 10:20 state diagram redundant states are there sir
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...