Q.8 There are several requirements for practical quantumcomputer implementation as per DiVincenzo criteria. Pickthe correct one(s) from the choices given below.The ability to initialize the state of the qubits tosimple fiducial state, such as to |000-) is needed.Require a "universal" set of quantum gates, and aqubit-specific measurement capability.Choice of a system with a scalable physical systemwith well-characterized qubits that have long relevantdecoherence times, much longer than the gate-operationtime is allowed.There is no restriction on the choice of quantumgates.Any system choice is allowed irrespective of itsscalability, decoherence or the possibility of qubitcharacterization.please peovude complete solution with fullexplanation

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

Answered: Q.8 There are several requirements for…

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter7: Arrays

Section7.5: Case Studies

Problem 15E

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7. Let M = ({90: 91; 42}, {a, b}, ô, qo; {42}) be the DFA with transition table: a | b qo 90 91 q1 91 92 q2 92 92 The initial state is qo and the set of accepting states is F = {q2}. (a) Construct the state diagram for M. (b) Compute d(qo, aab). (c) Determine whether the word w = aab is accepted by M. (d) Compute L(M).
Choose all of the following that is a strictly decreasing derived variable on the states of the state machine whose states are triples of non-negative integers (r, s, a). The initial state is (x, y, 0). The transitions are given by the rule d that for s > 0: (3r, s/3, a) (3r, (s – 1)/3, a + r) (3r, (s — 2)/3, а + 2r) other if 3 | if 3 | 8(r, s, a) Or is strictly decreasing. s is strictly decreasing. O a is strictly decreasing. None of the provided values are strictly decreasing.
Part B is DELTA HAT for a DFA
Quick Question for this problem
Implement the combinational circuit for the following problems. Provide the step- by-step solution by showing the following: (1) Create complete truth table of the operating process. (2) Derive the propositional expression for each of its output using Minterms. Then simplify the propositional expression using Karnaugh map. (3) Create the schematic diagram using the standard symbols for combinational circuit and simulate using a circuit simulator. Note switches acts as inputs and LED as output indicators. Use only 2 input logic gates in the design and then provide a screenshot of 3 different input values with its output result. Recommended circuit simulators, Logic.ly, Logisim and NI Multisim. (4) Implement the schematic diagram by creating the actual wiring connection of the combinational circuit using data sheet IC image of logic gate ICs including the connections for the +5Vdc, ground, the input switches and the output LEDS (as seen on the combinational circuit handouts). Implement…
Digital Control System subject , need quick and correctly
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3. Assume that we have a CCD camera system that is cooled so that noise due to dark current is negligible. Then digitized pixel values will be given by D = (S+NA+NP) A+ No (1) where S is the signal in electrons, N₁ is the zero-mean amplifier noise source with variance 2, Np is the zero-mean photon noise with variance S, A is the gain of the amplifier, and No is the zero-mean quantization noise with variance o2. Assume that the noise sources are independent. a) Show that for a constant signal level S the expected value of D is μ = SA and the variance of D is given by where o=Aμ + o² o=A²0² +0₂ (2) (3) (4)
Derive the Moore-type minimal flow table that specifies the same functional behaviour as the original table shown below. Use the two-step minimization introduced in class. Current Next state Оutput state WQW1 = 00 W2W1 = 01 W2W1 = 10 WQW1 = 11 A (A) В C В K (В) H C F (C) M (D) E J 1 E A (E) M F (F) J G D (G) H H G J (H) 1 J F (J) H K (К) A C 1 L (L) H M G C (М) 1
Given the following transition functions: 8(q0, a) = {q1} 8(q0, λ) = {q2} 8(q1, b) = {q1, q2} 8(q2, a) = {q1} 8(q2, b) = {q2} with initial state q0 and final state q2. (a) Please show the corresponding nfa (b) Convert the above nfa into an equivalent dfa by showing the transition table first. (c) Continue (b), show the corresponding dfa.
Consider the following Verilog code implementing a finite state machine (FSM). (i) Draw the corresponding state transition diagram. (ii) Explain what this FSM does.
please include matlab code in answer

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