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6 answers
7
GATE CSE 2018 | Question: 7
The set of all recursively enumerable languages is: closed under complementation closed under intersection a subset of the set of all recursive languages an uncountable set
The set of all recursively enumerable languages is:closed under complementationclosed under intersectiona subset of the set of all recursive languagesan uncountable set
6 answers
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GATE IT 2006 | Question: 32
Let $L$ be a context-free language and $M$ a regular language. Then the language $L ∩ M$ is always regular never regular always a deterministic context-free language always a context-free language
Let $L$ be a context-free language and $M$ a regular language. Then the language $L ∩ M$ isalways regularnever regularalways a deterministic context-free languagealways...
8 answers
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GATE CSE 1989 | Question: 3-ii
Context-free languages and regular languages are both closed under the operation (s) of : Union Intersection Concatenation Complementation
Context-free languages and regular languages are both closed under the operation (s) of :UnionIntersectionConcatenationComplementation
3 answers
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Minimization of DFA
DFA for Every 'a' followed by 'b'. The second one is correct but I want to know if the first one is correct or not? If not please share an example.
DFA for Every 'a' followed by 'b'. The second one is correct but I want to know if the first one is correct or not? If not please share an example.
5 answers
18
No. of states in the minimal finite automata which accepts the binary strings whose equivalent is divisible by 32 is ________?
No. of states in the minimal finite automata which accepts the binary strings whose equivalent is divisible by 32 is ________?A. 5B. 6C 31D 32
2 answers
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Finite automata
The application of finite automata include:- a)Lexical Analyzer b)Text Editor c)Operating System d)All of the above
The application of finite automata include:-a)Lexical Analyzerb)Text Editorc)Operating Systemd)All of the above
4 answers
21
GATE CSE 2008 | Question: 56
In the slow start phase of the TCP congestion algorithm, the size of the congestion window: does not increase increase linearly increases quadratically increases exponentially
In the slow start phase of the TCP congestion algorithm, the size of the congestion window:does not increaseincrease linearlyincreases quadraticallyincreases exponentiall...
2 answers
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NIELIT 2017 DEC Scientific Assistant A - Section B: 43
When we use slow-start algorithm, the size of the congestion window increases _______ until it reaches a threshold. Additively Multiplicatively Exponentially None of the options
When we use slow-start algorithm, the size of the congestion window increases _______ until it reaches a threshold.AdditivelyMultiplicativelyExponentiallyNone of the opti...
1 answer
27
Find the no. of tokens
Find no of tokens in below program. #include<stdio.h> main() { int I; int *pi = &I; //parent pointer scanf("%d",pi); printf("%d\n", I+5); }
Find no of tokens in below program.#include<stdio.h>main(){ int I; int *pi = &I; //parent pointer scanf("%d",pi); printf("%d\n", I+5);}
1 answer
29
Lexical Analysis
Consider the following code $x = (y + 5) + (^*z) * 10 - x /3 $ Which of the following correctly identified by lexical analysis after scanning the above code? 5 Identifiers 3 literals 4 Identifiers 6 literals
Consider the following code$x = (y + 5) + (^*z) * 10 - x /3 $Which of the following correctly identified by lexical analysis after scanning the above code?5 Identifiers...
5 answers
30
Lexical Analysis
What it the number of tokens in the following line? printf("%d numbers.", &x);
What it the number of tokens in the following line?printf("%d numbers.", &x);