CS610 GDB Solution Spring 2022

CS610 GDB Solution Spring 2022

CS610 GDB Solution 2022

CS610 Solution GDB 2022

Solution:
Historically network media were slower and more prone to error, so MTU sizes were set to be relatively small. Now a days very high-speed network media so, the larger the MTU size is the more data than can fit into fewer packets. This generally results in a faster and more efficient transmission of data across your network. More data can be put into fewer packets with a bigger MTU, allowing for faster and more efficient transmission. Lower overhead is associated for faster and more efficient transmission. Lower overhead is associated with larger MTU. For the same amount of data, a greater MTU requires the processing of fewer packets. The larger packets lower the amount of processing that the operating system has to do.
IP fragmentation can cause problems when fragments are affected by packet loss and cause excessive retransmissions. This can cause performance issues. To recover the loss of a fragment, protocols like TCP retransmit fragments in order to reassemble them. IPv4 fragmentation results in a small increase in CPU and memory overhead to fragment an IPV4 datagram. Fragmentation is bad for performance as it adds delay and extra data.