Small mistake here: should be 001 - 001possible input sequences( r1 r2 r3) - output(g1 g2 g3)
000 - 000
001 - 000
010 - 010
011 - 010
100 - 100
101 - 100
110 - 100
111 - 100
Seems like you didn't understand your task at all...why are the outputs 100 and not going to 111 or 110 or 101 ? Can you please explain ?
I am using Moore diagram to make state table.
I sympathize you then.I am have not done this course before and the lecturer is horribly bad in conveying the lecture properly and briefly.
Yep.I understand it now since we are arbitering we will have 100 output in the last cases which mean that state would be g3. right ?
I'd like to... I tried using Google to find something on the subject, but I couldn't find anything. The problem is, I've only studied it in Russian, I just don't know how it is called in English. What you're currently doing we call "FSM sinthesys", but that search query only gives me HDL- and FPGA-related pages. How is it really called in English?Can you please suggest me some books if possible ? I will order them online by mid of this month ?
True, but minimal encoding isn't always the best. Some encodings (so called optimal coding) give smaller and simpler equation for transition functions than others. Basically, Gray's coding works well. Yours, however, looks like optimal, I didn't realize that before. Sorry.I chose encoding as such because , the lecturer said - " for a 3 state minimum number of bits is 2 to uniquely encode all states."
1) Again: you can receive ANY possible input combination in ANY possible current state. Your table doesn't reflect that.I have attached the file with what you said. the table format from word wasn't getting copied here, so i m attaching the file.
The thought had crossed my mind. I came to a conclusion that it won't be an error to grant access to one of the devices when no access request is received.Some of the earlier postings have missed the fact that there are 4 possible output states.
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