Consider there are 4 stations in the token ring. There is only one packet in the ring. Suppose if the station 1 holds the packet until it completes one revolution and returns to it then what could be...


Consider there are 4 stations in the token ring. There is only one packet in the ring.<br>Suppose if the station 1 holds the packet until it completes one revolution and returns<br>to it then what could be the Token Holding Time (THT)?<br>a) THT = Propagation delay+ 4*bit delay<br>b) THT = Transmission delay + Propagation delay + 4*bit delay<br>c) THT = Propagation delay + Transmission delay *4<br>d) THT = Transmission delay<br>

Extracted text: Consider there are 4 stations in the token ring. There is only one packet in the ring. Suppose if the station 1 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 c) THT = Propagation delay + Transmission delay *4 d) THT = Transmission delay

Jun 10, 2022
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