b) A router has an IP packet to send to a network with MTU of 1400...
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b) A router has an IP packet to send to a network with MTU of 1400 bytes. The packet before fragmentation has a datagram with a data size of 4000 bytes. How many fragments will be created from this packet? Give the first and last byte number of each fragment (first fragment starts at zero) and then give the fragment offset value for each fragment. [10] b) A router has an IP packet to send to a network with MTU of 1400 bytes. The packet before fragmentation has a datagram with a data size of 4000 bytes. How many fragments will be created from this packet? Give the first and last byte number of each fragment (first fragment starts at zero) and then give the fragment offset value for each fragment. [10]
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Related Book For
Computer Networking A Top-Down Approach
ISBN: 978-0136079675
5th edition
Authors: James F. Kurose, Keith W. Ross
Posted Date:
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