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Recent activity by Amiti7
4
answers
1
GATE IT 2005 | Question: 74
In a communication network, a packet of length $L$ bits takes link $L_1$ with a probability of $p_1$ or link $L_2$ with a probability of $p_2$. Link $L_1$ and $L_2$ have bit error probability of $b_1$ and $b_2$ respectively. The probability that the packet will be received without ... $[1 - (b_1 + b_2)^L]p_1p_2$ $(1 - b_1)^L (1 - b_2)^Lp_1p_2$ $1 - (b_1^Lp_1 + b_2^Lp_2)$
In a communication network, a packet of length $L$ bits takes link $L_1$ with a probability of $p_1$ or link $L_2$ with a probability of $p_2$. Link $L_1$ and $L_2$ have ...
8.8k
views
commented
Dec 22, 2015
Computer Networks
gateit-2005
computer-networks
error-detection
probability
normal
+
–
2
answers
2
total number of 5 digit pallindrome????
578
views
asked
Sep 17, 2015
Combinatory
mathematical-logic
combinatory
+
–
3
answers
3
The least number of cables required to connect 8 computers to 4 printers to guarantee that 4 computers can directly access 4 different printers.
The least number of cables required to connect 8 computers to 4 printers to guarantee that 4 computers can directly access 4 different printers.At any given time 4 comput...
5.3k
views
commented
Jul 24, 2015
Combinatory
combinatory
+
–
5
answers
4
GATE CSE 1999 | Question: 1.7
Which of the following expressions is not equivalent to $\bar{x}$? $x \text{ NAND } x$ $x \text{ NOR } x$ $x \text{ NAND } 1$ $x \text{ NOR } 1$
Which of the following expressions is not equivalent to $\bar{x}$?$x \text{ NAND } x$$x \text{ NOR } x$$x \text{ NAND } 1$$x \text{ NOR } 1$
8.5k
views
answered
Jul 23, 2015
Digital Logic
gate1999
digital-logic
easy
boolean-algebra
+
–
8
answers
5
GATE CSE 2015 Set 3 | Question: 6
Consider a CSMA/CD network that transmits data at a rate of $100\;\textsf{Mbps}\; (10^8\;\text{bits}$ per second) over a $1\;\textsf{km}$ (kilometre) cable with no repeaters. If the minimum frame size required for this network is $1250\;\text{bytes},$ What is the signal speed $\textsf{(km/sec)}$ in the cable? $8000$ $10000$ $16000$ $20000$
Consider a CSMA/CD network that transmits data at a rate of $100\;\textsf{Mbps}\; (10^8\;\text{bits}$ per second) over a $1\;\textsf{km}$ (kilometre) cable with no repeat...
13.9k
views
answered
Jul 23, 2015
Computer Networks
gatecse-2015-set3
computer-networks
congestion-control
csma-cd
normal
+
–
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