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…

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Convert the given finite state machine to a regular expression using the state elimination technique, starting with eliminating (a) state 1 first and (b) state 2 first. The green-outlined state is the accepted state. Show all steps.
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Q: Determine the minimum states of the finite-state machine described by the state table in Fig. 1 ( use Implication Chart method only) Present Next State Output (Z) State Input (X) Input (X) 1 1 1 8. 3 2 8. 3 8 4 1 8 1 5 4 6 4 2 1 4 1 8 1
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
Select all correct answers: What are the key differences between combinational and sequential logic/circuits? Outputs of sequential circuit depend solely on current input values. Outputs of sequential circuit depend on current and past input values. Sequential circuits can have memory. Sequential circuits cannot have memory. Outputs of combinational circuit depend solely on current input values. Outputs of combinational circuit depend on current and past input values. Combinational circuits can have memory. Combinational circuits cannot have memory.
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