UDP segment header problem: Use John Doe as the name.

Assume that the payload of a UDP packet is made of your firstname and lastname, with each character as one byte. 15 16 31 Source Port Number(16 bits) Destination Port Number(16 bits) Length(UDP Header + Data)16 bits UDP Checksum(16 bits) Application Data (Message) 1. Show your name in Hex in the following format John Doe 4A6F686E20446F65 Show the details of the UDP header/data if it is being sent to an application server running on port 2000 from a client running on port 3316. 2. Rem: the length field in UDP represents the total size of each datagram including both header and data UDP appends an octet of zeros to pad the datagram to an exact multiple of 16 bits, and computes the checksum over the entire object a. b. 3. Show the actual and complete calculation of the checksum in detail Hint: You can check what checksum Wireshark produces by looking into a UDP packet and see the resulting checksum along with all the other fields a. ag o f Assume that the payload of a UDP packet is made of your firstname and lastname, with each character as one byte. 15 16 31 Source Port Number(16 bits) Destination Port Number(16 bits) Length(UDP Header + Data)16 bits UDP Checksum(16 bits) Application Data (Message) 1. Show your name in Hex in the following format John Doe 4A6F686E20446F65 Show the details of the UDP header/data if it is being sent to an application server running on port 2000 from a client running on port 3316. 2. Rem: the length field in UDP represents the total size of each datagram including both header and data UDP appends an octet of zeros to pad the datagram to an exact multiple of 16 bits, and computes the checksum over the entire object a. b. 3. Show the actual and complete calculation of the checksum in detail Hint: You can check what checksum Wireshark produces by looking into a UDP packet and see the resulting checksum along with all the other fields a. ag o f