Consider the following diagram that represents the classical server client model where 6 clients need to download a file from the server: bu : server upload bandwidth bu : peer i download band server...

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Consider the following diagram that represents the classical server client<br>model where 6 clients need to download a file from the server:<br>bu : server upload bandwidth<br>bu : peer i download band<br>server<br>bw,<br>bu<br>but<br>Network with<br>Infinite Bandwidth<br>Let the file size be 5 x 10° Bytes.<br>Let the upload bandwidth at the sever be = 5 x 10°Bytes/second<br>Let the minimum download bandwidth amongst the client be = 3 x 10<br>Bytes/second<br>How many seconds will it take so that the server is able to upload and all<br>the clients are able to download the file completely? (Provide the time in<br>seconds (do not use commas)<br>File of Size S<br>

Extracted text: Consider the following diagram that represents the classical server client model where 6 clients need to download a file from the server: bu : server upload bandwidth bu : peer i download band server bw, bu but Network with Infinite Bandwidth Let the file size be 5 x 10° Bytes. Let the upload bandwidth at the sever be = 5 x 10°Bytes/second Let the minimum download bandwidth amongst the client be = 3 x 10 Bytes/second How many seconds will it take so that the server is able to upload and all the clients are able to download the file completely? (Provide the time in seconds (do not use commas) File of Size S

Jun 08, 2022
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