Consider there are 4 stations in the token ring. There is only one packet in the ring. Supposeif the station 1 holds the packet until it completes one revolution and returns to it then whatcould be the Token Holding Time (THT)?a) THT= Propagation delay+ 4*bit delayb) THT = Transmission delay + Propagation delay + 4*bit delayc) THT=Propagation delay + Transmission delay *4REDMI NOTE8 PROTHTAl QUAD CAMERATransmission delay Consider there are 4 stations in the token ring. There is only one packet in the ring. Supposeif the station 1 holds the packet until it completes one revolution and returns to it then whatcould be the Token Holding Time (THT)?a) THT= Propagation delay+ 4*bit delayb) THT = Transmission delay + Propagation delay + 4*bit delayc) THT=Propagation delay + Transmission delay *4REDMI NOTE8 PROTHTAl QUAD CAMERATransmission delay

The case explained above is the case of a Delayed Token Reinsertion where the sender transmits the…

Consider there are 4 stations in the token ring. There is only one packet in the ring. Suppose if the station1 holds the packet until it completes one revolution and returns to it then what could be the Token Holding Time (THT)? a) THT = Propagation delay+ 4*bit delay b) THT Transmission delay + Propagation delay + 4*bit delay THT = Propagation delay + Transmission delay *4 %3D REDMI NOTE8 PRO Transmission delay AI QUAD CAMERA

Consider there are 4 stations in the token ring. There is only one packet in the ring. Suppose if the station1 holds the packet until it completes one revolution and returns to it then what could be the Token Holding Time (THT)? a) THT = Propagation delay+ 4bit delay b) THT Transmission delay + Propagation delay + 4bit delay THT = Propagation delay + Transmission delay *4 %3D REDMI NOTE8 PRO Transmission delay AI QUAD CAMERA

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Similar questions

Q.3
Draw a space-time diagram similar to Figure 3.22 of textbook for the following problem: Sender is sending 10 packets to receiver. Stop after 7 packets are accepted by receiver. Protocol Used: Go-Back-N Sliding Window size = 6 Timeout interval =1RTT Assume transmission time of a packet = 1/4 RTT Assume Packet 1 is lost, then ACK 2 is lost, and then ACK 6 is lost Note: The sender starts a timer when base = nextseqnum, i.e. at beginning of your example. Then when an ACK is received, if base is not nextseqnum, the timer is started.
Computter Networks
Consider a LAN with average source and destination 20 km apart and one way propagation delay is T, = 50μsec. At what data rate the transmission delay is equal to two times of propagation delay (in Mbps). Let the frame size is 1 KB