1. For the below transition table: Present state Next state Output z ABC 00 000 001 001 001 011 011 11 010 010 010 110 110 110 11 111 I11 101 101 101 100 100 100 000 A) Convert the table to state table. B) Draw the state diagram. C) What is the model used to represent the table? Try to change the design to another form of machine

1. For the below transition table: Present state Next state Output z ABC 00 000 001 001 001 011 011 11 010 010 010 110 110 110 11 111 I11 101 101 101 100 100 100 000 A) Convert the table to state table. B) Draw the state diagram. C) What is the model used to represent the table? Try to change the design to another form of machine

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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3a. Convert the following state diagram into a state table.
An asynchronous state machine has two inputs (X1 and X2) and one output (Z). The output is the same of the previous value if (X2=D0) and (Z) equals to the value of (X1) if (X2=1). The designer needs for. . SR-flip flops to construct the state * .machine 4. 2 K
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A synchronous state machine has two inputs and four states, and works in s the following order: `When the inputs are 00 the machine is stuck at the same state. When the inputs are 11 all state variables (flip flops) are toggled. When the inputs are 10 the machine operates as an up- counter. When the inputs are 01 the machine operates as a down- counter. Now, look carefully to the following state diagram and complete the unknowns such that the state machine fits the described order. And then answer the following questions (more than one choice can be correct, choose all of them). * 00 01 h mn 00 01 10 11 e=j= a=b=c=d= f=k= State-X=
Question 1 Reduce the state table in Table 1 and construct the final state diagram. Table 1 Next State Inputs, xy 11 10 00 Output, z Inputs, xy 01 Present State 00 01 11 10 2 4 2 3 2 4 1 4 6. 4 1 1 4 1 6. 4 1 1 1 7 6. 3 4 1 1 1 Oooo 555N577 M333 333
Given the truth table below, illustrate the state diagram. Write your solution in a piece of paper, screenshot and submit here. Present Next State 02 01 00 State a a la Ib b 1 la 1 1 d 1 1 a 1 1 1 1 1 d 1 1
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D A. Using Implication chart method Determine the minimum states of the finite-state machine described by the state table shown in Fig.3. Determine the Present Next State Output State x=0 x = 1 x=0 x = YY YY; = = A A B 0 0 B D C 0 1 Fig. 3 C F E 0 0 D D F 0 E B G 0 F G C G A F 0 0
Make an assignment of state values to the three states x, w, and v in the state diagram below, e.g., x is 00. Give the truth table that is equivalent to the diagram and contains the columns p0, p1, b, n0, n1, and z, where p0p1 represents the present state and n0n1 represents the next state.
In figure 7 the transition diagram of a state machine is given. S, is the start state. The relation between states and output, as well as the coding of the output, are given in table 7. State transitions and their dependencies on the input variable X can be seen from figure 7. State Output Qi={Qo,Q1,Q2} Oi={Yo,Y1} 01={10} 02={00} 03={10} 04={11} 05={01} S1={0,0,0} S2={0,0,1} S3={0,1,0} S4={0,1,1} S5={1,0,0} Table 7: State and output coding S1/01 $2/02 S3/03 S5/05 $4/04 Fig 7: State transition diagram 7.1 Which automata model is described by figure 7 and table 7? A: Moore Machine B: Mealy Machine C: None of these
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