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In this question we will design a vending machine with some fictitious coins. Assume the vending machine accepts the following two coins. Coinl (C1): 10 cents Coin2 (C2): 25 cents The machine accepts one coin at a time. The vending machine sells two products: a gum for 20 cents and a cup of tea for 35 cents. The machine also has a buy button (B). • (Tea price =< money ) If the total deposited money is equal or higher than the Tea price, o the machine automatically dispenses a cup of tea and returns the change (if any). • (Gum price =< money < Tea price) If the total deposited money is equal or higher than the Gum price but less than the Tea price and the buy button is pressed, o the machine dispenses the Gum and returns the change (if any). • (money < Gum price) If the total deposited money is less than the Gum price and the buy button is pressed, o the machine returns the change (if any). So, the inputs and outputs are Inputs Outputs Coinl (C1) Tea (T) Coin2 (C2) Gum (G) Buy Button (B) Return Change(R) a) Clearly define your states for a Mealy FSM. b) Draw the state diagram for a Mealy FSM.

In this question we will design a vending machine with some fictitious coins. Assume the vending machine accepts the following two coins. Coinl (C1): 10 cents Coin2 (C2): 25 cents The machine accepts one coin at a time. The vending machine sells two products: a gum for 20 cents and a cup of tea for 35 cents. The machine also has a buy button (B). • (Tea price =< money ) If the total deposited money is equal or higher than the Tea price, o the machine automatically dispenses a cup of tea and returns the change (if any). • (Gum price =< money < Tea price) If the total deposited money is equal or higher than the Gum price but less than the Tea price and the buy button is pressed, o the machine dispenses the Gum and returns the change (if any). • (money < Gum price) If the total deposited money is less than the Gum price and the buy button is pressed, o the machine returns the change (if any). So, the inputs and outputs are Inputs Outputs Coinl (C1) Tea (T) Coin2 (C2) Gum (G) Buy Button (B) Return Change(R) a) Clearly define your states for a Mealy FSM. b) Draw the state diagram for a Mealy FSM.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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In this question we will design a vending machine with some fictitious coins. Assume the vending machine accepts the following two coins. Coin1 (C1): 10 cents Coin2 (C2): 25 cents The machine accepts one coin at a time. The vending machine sells two products: a gum for 20 cents and a cup of tea for 35 cents. The machine also has a buy button (B). (Tea price =< money ) If the total deposited money is equal or higher than the Tea price, the machine automatically dispenses a cup of tea and returns the change (if any). (Gum price =< money < Tea price) If the total deposited money is equal or higher than the Gum price but less than the Tea price and the buy button is pressed, the machine dispenses the Gum and returns the change (if any). (money < Gum price) If the total deposited money is less than the Gum price and the buy button is pressed, the machine returns the change (if any). So, the inputs and outputs are Inputs Outputs Coinl (C1) Tea (T) Coin2 (C2) Gum (G) Buy Button (B) Return Change(R) a) Clearly define your states for a Mealy FSM. b) Draw the state diagram for a Mealy FSM.
Transcribed Image Text:In this question we will design a vending machine with some fictitious coins. Assume the vending machine accepts the following two coins. Coin1 (C1): 10 cents Coin2 (C2): 25 cents The machine accepts one coin at a time. The vending machine sells two products: a gum for 20 cents and a cup of tea for 35 cents. The machine also has a buy button (B). (Tea price =< money ) If the total deposited money is equal or higher than the Tea price, the machine automatically dispenses a cup of tea and returns the change (if any). (Gum price =< money < Tea price) If the total deposited money is equal or higher than the Gum price but less than the Tea price and the buy button is pressed, the machine dispenses the Gum and returns the change (if any). (money < Gum price) If the total deposited money is less than the Gum price and the buy button is pressed, the machine returns the change (if any). So, the inputs and outputs are Inputs Outputs Coinl (C1) Tea (T) Coin2 (C2) Gum (G) Buy Button (B) Return Change(R) a) Clearly define your states for a Mealy FSM. b) Draw the state diagram for a Mealy FSM.
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