Consider an ATM system that allows to: authenticate a user via a valid card and a valid PIN re-enter a PIN twice in case of incorrect PIN inquire balance withdrawn a valid amount of cash print a receipt transfer balance to other account Draw a transition system and enlist set of states S, set of actions A and set of transitions T.

Q: Question 5 Consider the following recognising Finite State Machine (FSM) S3 1,0 1,0 S1 S2 S4 So…

A: for a follow the path S0 -> S1 -> S3 for b follow the path S0 -> S1 -> S2 -> S1 ->…

Q: 7. Let M = ({90: 91; 42}, {a, b}, ô, qo; {42}) be the DFA with transition table: a | b qo 90 91 q1…

A:

Q: Consider a causal second-order system with the transfer function G(s) = 1 1+2s+s² with a unit-step…

A: Transfer Function Model:- When a system has more poles than finite zeros (i.e. the transfer function…

Q: Given a system where the login password is made in the form + . And a computer that can test 1000…

A: Brute force is a cryptographic hack that depends on speculating potential blends of a focused…

Q: end books from book bank only for two months, if it is blue he can lend books from Reference library…

A: Design an IU library management system through nested if-else. Here is a pseudo code. If a student…

Q: A time invariant system is a system whose outpu O a) Vanishes with a delay in the input Decreases…

A: Given data is

Q: A discrete-time system can be (Static or dynamic, Linear or nonlinear, Time invariant or time…

A: (a) y(n) =x(n) cos(w n) is a dynamic function, it is a nonlinear function, time invariant, causal…

Q: Using the banker's algorithm, determine whether or not each of the following states is unsafe. If…

A: Algorithm : Banker's a) Available = (0,3,0,1) b) Available = (1,0,0,2)

Q: Implement this algorithm in C program . Show the gantt chart as output. Round-robin (RR) is one of…

A: Round-robin is a CPU scheduling technique that distributes equal amounts of resources to each task…

Q: Q. 4 For the following DFA, find the minimal DFA (minimal number of states (Arrow represent the…

A:

Q: Q.8 There are several requirements for practical quantum computer implementation as per DiVincenzo…

A: Let us see the answer :- The DiVincenzo criteria consist of seven conditions an experimental setup…

Q: Give an example of a case in which the complete denial of a service to a user (in which the user…

A: DoS (Denial of Service) attack: A Denial of Service (DoS) attack renders a resource (website,…

Q: Consider the following recognising Finite State Machine (FSM) S3 1,0 1,0 S2 S4 So State which of the…

A:

Q: Draw a wait-for-graph for detecting a deadlock cycle in the given transections considering (Read,…

A: Deadlock : A deadlock occurs when a group of processes is stalled because each process is holding a…

Q: The following transition diagram depicts what? 0, Z,/0 Zo 1, 2,71Z. 0, 0700 0, 170 1 1, 0/10 1, 1711…

A: Answer: The given transition diagram depicts a deterministic PDA.

Q: Pekora can hop on trampolines in numerous passes. She begins the pass by hopping on any trampoline…

A: Here have to determine about the trampolines in numerous passes programming problem statement.

Q: Minimize the DFA M1 given by its transition table below into a minimal DFA M2 using the DFA…

A: We are given DFA M1 and we are going to minimize the DFA to M2. Minimization in DFA is done to make…

Q: The Harvard robotics club has organized a Robothon. n robots are placed along the edge of a circular…

A: Introduction: Now we can see that the most outstanding amount of money that the club could end up…

Q: Part 2. Problem 4. Read Section 4.6 from the textbook. Give a short description of how…

A:

Q: A system is said to be causal if the output of the system at any time n depends only on present…

A: Actually, computer is an electronic device which takes input and gives output.

Q: HW3: Given the following transfer function : H(z) = 1-b %3D 1+bz-I 1) Estimate the shape of…

A: ANSWER:-

Q: a. Find the general flow pattern of the network shown in the figure. b. Assuming that the flow must…

A: Point A: Take in = Take out⇒20 + x2 = 100 + x1⇒x1 - x2 = -80 Point B: Take in = Take out⇒x3 + x5 =…

Q: Pushdown Automata (PDA) Upon converting the given PDA into an equivalent CFG, where: The PDA…

A:

Q: Consider the following finite-state automaton A over E = (a, b, c): A = (E, {qo. q1, g, q3 ), 8, qo.…

A: Transition from one state to another is to use a transition diagram.

Q: A discrete-time system can be (Static or dynamic, Linear or nonlinear, Time invariant or time…

A: In this question we need to identify whether the given systems are static/dynamic,…

Q: Question 2–Decidability–True or False? For each of the following statements: determine (and state…

A: Given:   2. Question 2-Decidability-True or False? For each of the following statements: determine…

Q: ?(?) = { ? ; ? < ? < ?; ?; ?????????

A: Express and plot continuous time convolution ?(?) = ?(?) ∗ ℎ(?), where?(?) = {? ; ? &lt; ? &lt; ?;…

Q: 8. Given the following dfa: q1 93 q5 qo q2 94 (a) Determine the condition between every two states…

A: For the given DFA i have minimized the DFA shown please refer from step2

Q: Question 5 Consider the following recognising Finite State Machine (FSM) S3 1,0 1.0 S1 S2 S4 So…

A: Find the answer with explanation given as below :

Q: a. As a user, you may have come across systems with antivirus installed on them yet the same…

A: Answer (a) :  Malware infection occurs when malware, or malicious software, infiltrates your…

Q: b) A telephone exchange multiplexes 64 Kb/s voice calls onto a 256 Kb/s trunk line (therefore the…

A:

Q: Using the banker's algorithm, determine whether or not each of the following states is unsafe. If…

A: Here in this question we have to apply bankers algorithm as we have given a allocation matrix and…

Q: An FSM Moore Vending machine sells chocolate bars for £1 each. System’s options: 1)entering no money…

A: Based on the given information, in Finite state machine: The states are: {no money, not sufficient,…

Q: Find an nfa with four states for L={an :n≥1}∪{bm ak :m≥0, k≥0}

A: The nfa with four states for  for L={an :n≥1}∪{bm ak :m≥0, k≥0} will be

Q: A entry / x=x*2 exit / x- B Ix=3 e4 F entry / x++ exit / x=x+3 entry / x- D e1 x- E exit / x- entry…

A: For the given state-chart and event chain, you would get the following result (simulated with…

Q: HW #1: a. Obtain the unit impulse response for the following system (Hint: use impulse ( ) command…

A: As per the instruction from Bartleby we have answered first three. you can fin the solution in step…

Q: Question 5 Consider the following recognising Finite State Machine (FSM) S3 1,0 1,0 1 S2 S4 So State…

A: Part d is Not Accepted in the Finite Automata

Q: i)Based on Figure 2, explain how Bob can obtain and verify Kate’s public key. Provide step-by-step…

A: Solution:--   1)As per in the given question is to find how the Bob can obtain     and verify the…

Q: Q4 telephone switch with 3 circuits (servers) is modeled as an M/M/C queuing system with respective…

A: Telephone switch with 3 circuit is modeled as an M/M/C  queuing system with respective call arrival…

Q: . In geosynchronous orbit, satellite a. moves simultaneously b. remains in a fixed position related…

A: We need to find the correct answer for the given statement that "in geosynchronous orbit,…

Q: Consider the network flow instance (G, c) on the left and s-t flow f on the right. U U 5 5 t Co t 2…

A: Below I have Provided the handwritten solution of the given question

Q: 4) Consider the system with the following input-output relation with x[n] and y[n] being input and…

A: a) The given system is memory less because the output of the system at time n, is only dependent on…

Q: Write an algorithm using Peterson’s solution

A: ANSWER: Peterson's Algorithm:

Q: (a) Using the correspondence 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27…

A:

Q: 175. Bradac found that linear nature of waterfall model leads to a. flowing state b. blocking state…

A: Please see the next step for solution.

Intelligent Machines

Machines that use artificial intelligence to learn from the environment and past experiences to perform better in the presence of variability and uncertainty are called intelligent machines. Intelligence develops according to environment and experience. It is human-like behavior. When the computer system or any programmed machine learns from the inputs and corresponding outputs, it can be called an intelligent machine.