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This section includes 10 Mcqs, each offering curated multiple-choice questions to sharpen your Discrete Mathematics knowledge and support exam preparation. Choose a topic below to get started.
1. |
In lexical analysis of a compiler______ is used. |
A. | DFA |
B. | NDFA |
C. | NFA |
D. | Turing machine |
Answer» B. NDFA | |
2. |
In the operating system, newly started processes can have a start in the _________ |
A. | Blocked state |
B. | Running sate |
C. | Ready state |
D. | Exit state |
Answer» D. Exit state | |
3. |
Equivalence of automata states that ____________ |
A. | two automata accept the same set of input strings |
B. | two automata have same set of states |
C. | two automata does not contain initial input symbols |
D. | two automata share equal transition function |
Answer» B. two automata have same set of states | |
4. |
Which of the following techniques refer to the equivalence of DFA and N-DFA automata? |
A. | subset construction |
B. | superset construction |
C. | powerset construction |
D. | finite field construction |
Answer» C. powerset construction | |
5. |
A deterministic automaton system can have ______ transition for a given state of an input symbol. |
A. | exactly one |
B. | more than one |
C. | no transition |
D. | 2n transition |
Answer» B. more than one | |
6. |
Optimisation of an FSM machine can be done by ________ |
A. | Naive-bias algorithm |
B. | Huffman encoding scheme |
C. | Pirate-plot algorithm |
D. | Hopcroft minimization algorithm |
Answer» C. Pirate-plot algorithm | |
7. |
In system engineering which of the following methods bridges the gap between the two ends of system development? |
A. | ASM method |
B. | VSM method |
C. | Factor method |
D. | FSM method |
Answer» B. VSM method | |
8. |
Which of the following is not a member of the set of a deterministic finite state machine? |
A. | state-transition function |
B. | initial state |
C. | input symbols |
D. | stack |
Answer» C. input symbols | |
9. |
Which of the following algorithms transforms any NFA into its identical DFA? |
A. | Minimal set construction |
B. | Dynamic programming |
C. | Powerset construction |
D. | Huffman coding |
Answer» C. Powerset construction | |
10. |
How many states are there in combinatorial FSM? |
A. | 86 |
B. | 219 |
C. | 1 |
D. | 132 |
Answer» D. 132 | |