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Recent activity by malti007
8
answers
1
MadeEasy Test Series: Algorithms - Shortest Paths
Consider the following statements For every weighted graph and any two vertices $s$ and $t$, Bellman-Ford algorithm starting at $s$ will always return the shortest path to $t$. At the termination of the Bellman-ford algorithm, ... shortest path is found for a vertex for which shortest path is well-defined. Which of the above statements are true?
Consider the following statementsFor every weighted graph and any two vertices $s$ and $t$, Bellman-Ford algorithm starting at $s$ will always return the shortest path to...
4.4k
views
answer edited
Nov 7, 2016
Algorithms
made-easy-test-series
algorithms
shortest-path
descriptive
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–
3
answers
2
GATE IT 2008 | Question: 69
The three way handshake for $\text{TCP}$ connection establishment is shown below. Which of the following statements are TRUE? $S1:$ Loss of $\text{SYN} + \text{ACK}$ from the server will not establish a connection $S2:$ Loss of $\text{ACK}$ from the client cannot establish ... on no packet loss $S2$ and $S3$ only $S1$ and $S4$ only $S1$ and $S3$ only $S2$ and $S4$ only
The three way handshake for $\text{TCP}$ connection establishment is shown below. Which of the following statements are TRUE?$S1:$ Loss of $\text{SYN} + \text{ACK}$ from...
15.3k
views
commented
Oct 20, 2016
Computer Networks
gateit-2008
computer-networks
tcp
normal
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1
answer
3
combinatinal circuit
What is meaning of fan in and fan out in digital electronics??? please someone explain in easy way
What is meaning of fan in and fan out in digital electronics???please someone explain in easy way
258
views
answered
Aug 22, 2016
4
answers
4
UGC NET CSE | June 2011 | Part 2 | Question: 4
The absorption law in Boolean algebra say that $X + X = X$ $X . X = X$ $X + X . Y = X$ None of the above
The absorption law in Boolean algebra say that$X + X = X$$X . X = X$$X + X . Y = X$ None of the above
2.5k
views
answered
Aug 22, 2016
Digital Logic
digital-logic
boolean-algebra
ugcnetcse-june2011-paper2
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