Consider the rdt$2\mathrm{.}2$ PrOtOCO$|$ from the textbook. The sender and receiver FSMs for the sender and

receiver are shown below:

Suppose that the channel connecting the sender and receiver can corrupt but not lose or reorder packets.

Now consider the figure below, which shows four data packets and three corresponding ACKs being

Finish the chart and answer this question please :$$ How many times is the payload of the received packet passed up to the higher layer at the receiver in the

above example? At what times is the payload data passed up$?$

$$

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exchanged between an rdt $2\mathrm{.}2$ sender and receiver. The actual corruption or successful

transmission$/$reception of a packet is indicated by the corrupt and OK labels, respectively, shown above

the packets in the figure below.

Fill out the table below indicating $($i$)$ the state of the sender and the receiver just after the transmission of

a new packet in response to the received packet at time t$,($ii$)$ the sequence number associated with the

data packet or the ACK number associated with the ACK packet sent at time t$.$