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Search results for go+test+series
3
votes
2
answers
1
MadeEasy Test Series: Computer Networks - Sliding Window
Consider the GBN protocol with sender and receiver window size as 5.Suppose client sends data 0,1,2,3,4 and only data packet 2 is lost and all ACKs are lost. What will be the content of receiver and sender window. Before Senders ... . Sender: 23456 , Receiver : 01234 C. Sender: 23456 , Receiver : 23456 D. Sender: 01234 , Receiver : 23456
Consider the GBN protocol with sender and receiver window size as 5.Suppose client sends data 0,1,2,3,4 and only data packet 2 is lost and all ACKs are lost. What will be...
Na462
3.1k
views
Na462
asked
Sep 15, 2018
Computer Networks
computer-networks
go-back-n
sliding-window
made-easy-test-series
+
–
1
votes
1
answer
2
MADE EASY test series | Computer Networks
Can someone please suggest weather to go for 20.5 or 21 in these kind of problems in GATE? As logically 21 is correct, but mathematically 20.5 is correct. Both the answers can be reasoned correct and wrong, feels like “Umpire’s call” in DRS, cricket.
Can someone please suggest weather to go for 20.5 or 21 in these kind of problems in GATE? As logically 21 is correct, but mathematically 20.5 is correct.Both the answers...
Souvik33
429
views
Souvik33
asked
Jan 3, 2023
Computer Networks
made-easy-test-series
computer-networks
go-back-n
sliding-window
+
–
0
votes
0
answers
3
Gate Test series
Q: Consider the Transmission of a 10000 bit frame on 10 Mbps channel with a propagation delay of 250 ms. The sender window size is 7 and probability of error in single frame is 0.001 then the channel utilization for go-back-N protocol (in percentage) is _________.
Q: Consider the Transmission of a 10000 bit frame on 10 Mbps channel with a propagation delay of 250 ms. The sender window size is 7 and probability of error in single fr...
MonuKhan
421
views
MonuKhan
asked
Jan 16, 2023
Computer Networks
computer-networks
probability
go-back-n
test-series
+
–
0
votes
2
answers
4
GATE CS Applied Course Test Series
In the GO back N ARQ sender is sending the 15 packets to the destination with a window size of 5.Assume every sixth packet while transmission is lost. How many transmissions will there be?
In the GO back N ARQ sender is sending the 15 packets to the destination with a window size of 5.Assume every sixth packet while transmission is lost. How many transmiss...
rsansiya111
1.2k
views
rsansiya111
asked
Nov 2, 2022
Computer Networks
computer-networks
applied-gate-test-series
go-back-n
+
–
0
votes
2
answers
5
Applied Test Series
In the GO back N ARQ sender is sending the 20 packets to the destination with a window size of 4. Every sixth packet is lost and after a packet loss sender is sending one dummy packet outside the window for ensuring everything is correct [ dummy packet is an outside packet not the part of the window]. How many number of transmissions will be there?
In the GO back N ARQ sender is sending the 20 packets to the destination with a window size of 4. Every sixth packet is lost and after a packet loss sender is sending one...
LRU
1.1k
views
LRU
asked
Oct 13, 2021
Computer Networks
test-series
computer-networks
stop-and-wait
data-link-layer
go-back-n
+
–
0
votes
2
answers
6
Applied Test Series
A link has a transmission speed of 500 × 10^6 bpsec. Assume acknowledgment has negligible transmission delay, and it's one way propagation delay is 2 sec. Also assumes that the processing delays at nodes are also negligible. If data packet size is 107 bits, then the efficiency of Go-Back-7 protocol is _______ (in %) [Correct upto two places of decimals].
A link has a transmission speed of 500 × 10^6 bpsec. Assume acknowledgment has negligible transmission delay, and it's one way propagation delay is 2 sec. Also assumes t...
LRU
702
views
LRU
asked
Oct 13, 2021
Computer Networks
test-series
computer-networks
data-link-layer
go-back-n
+
–
1
votes
1
answer
7
MadeEasy Test Series: Computer Networks -Sliding Window
I am unable to understand their explanation,can anyone explain it in a better way?
I am unable to understand their explanation,can anyone explain it in a better way?
sripo
595
views
sripo
asked
Jan 5, 2019
Computer Networks
computer-networks
sliding-window
go-back-n
made-easy-test-series
+
–
3
votes
2
answers
8
MadeEasy Test Series: Computer Networks - Flow Control Methods
Assume 2 computers are connected via a network. The network uses Go-Back 7 sliding window protocol for maintaining flow control. It is observed that every 5th packet that has been sent through the network is lost. ... number of extra packets that has to be resent for transmitting 10 such packet through the network? With explanation.
Assume 2 computers are connected via a network. The network uses Go-Back 7 sliding window protocol for maintaining flow control. It is observed that every 5th packet that...
Subham Nagar
2.6k
views
Subham Nagar
asked
Dec 17, 2018
Computer Networks
made-easy-test-series
computer-networks
flow-control-methods
go-back-n
+
–
2
votes
2
answers
9
MadeEasy Test Series 2019: Computer Networks - Sliding Window
Assume 2 computers are connected via a network. The network uses GB-7 sliding window protocol for flow control.It is observed that every 5th packet that has been sent is lost. The number of extra packets needs to resend Number of total packets transmitted by sender for sending 10 packets .
Assume 2 computers are connected via a network. The network uses GB-7 sliding window protocol for flow control.It is observed that every 5th packet that has been sent is ...
jatin khachane 1
3.9k
views
jatin khachane 1
asked
Dec 15, 2018
Computer Networks
made-easy-test-series
computer-networks
go
go-back-n
+
–
4
votes
0
answers
10
Computer Network GO Back N
Consider a network connecting two systems, ‘A’ and ‘B’ located 6000 km apart. The propagation speed of media is 2 × 106 mps. It is needed to design a Go-Back-7 sliding window protocol for this network. The average packet size is 107 bits. If network used as its full capacity, then the bandwidth of network is__________ Mbps. Here full capacity means efficiency is 100%.
Consider a network connecting two systems, ‘A’ and ‘B’ located 6000 km apart. The propagation speed of media is 2 × 106 mps. It is needed to design a Go-Back-7 s...
Hemant Parihar
833
views
Hemant Parihar
asked
Jan 9, 2018
Computer Networks
go-back-n
sliding-window
made-easy-test-series
+
–
2
votes
1
answer
11
MadeEasy Test Series: Computer Networks - Network Flow
MIRIYALA JEEVAN KUMA
339
views
MIRIYALA JEEVAN KUMA
asked
Jan 2, 2018
Computer Networks
made-easy-test-series
computer-networks
network-flow
sr-arq
go-back-n
stop-and-wait
selective-repeat
+
–
1
votes
1
answer
12
MadeEasy Test Series: Computer Networks - Sliding Window
I'm getting 81, but the answer given is 80. Please verify and explain.
I'm getting 81, but the answer given is 80. Please verify and explain.
charul
512
views
charul
asked
Dec 22, 2017
Computer Networks
made-easy-test-series
computer-networks
sliding-window
go-back-n
selective-repeat
+
–
4
votes
1
answer
13
TestBook Test Series: Computer Networks - Flow Control Methods
Two station A and B are connected via a point to point Link.A sends a freame to B using Go back-n protocolwith window size 7 and sequence number is of 3 bit.A sends frame one by one but B's ack for frame 3 is not reached ... ACK4,but frame 5 is lost and not received by B..so now what will be the buffer frame of current window of A?
Two station A and B are connected via a point to point Link.A sends a freame to B using Go back-n protocolwith window size 7 and sequence number is of 3 bit.A sends frame...
Aboveallplayer
820
views
Aboveallplayer
asked
Nov 4, 2016
Computer Networks
testbook-test-series
computer-networks
flow-control-methods
go-back-n
+
–
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