LAN of Modem 10.0.1.100 WAN of 96.120.12.18 Host A 192.168.0.5 Internet Host B 192.168.0.11 reless Router ISP Modem Web Server 216.58.217.36:80 Host C 192.168.0.22 192.168.0.1 LAN of router WAN of router 10.0.1.5 Figure 2. Network setup for Problem 2. The Figure 2. above is a typical home network setup. An ISP Modem provides internet service; a wireless router is connected to the ISP Modem via Ethernet. Hosts A, B and Care connected to the wireless router to access the Internet. (a) In order for the hosts A, B, and C to access the Web Server, Network Address Translation (NAT) with random port mapping needs to be enabled for both the Wireless Router and the ISP Modem. Assume Hosts will pick a random port number between 8000 and 9000, the Wireless Router can choose a random port number between 2000 and 2500, and the ISP Modem can choose a random port number between 3000 and 4000. Please fill in the NAT table for the Wireless Router and the ISP Modem below NAT Table of Wireless Router LAN side WAN side LAN of Modem 10.0.1.100 WAN of 96.120.12.18 Host A 192.168.0.5 Internet Host B 192.168.0.11 reless Router ISP Modem Web Server 216.58.217.36:80 Host C 192.168.0.22 192.168.0.1 LAN of router WAN of router 10.0.1.5 Figure 2. Network setup for Problem 2. The Figure 2. above is a typical home network setup. An ISP Modem provides internet service; a wireless router is connected to the ISP Modem via Ethernet. Hosts A, B and Care connected to the wireless router to access the Internet. (a) In order for the hosts A, B, and C to access the Web Server, Network Address Translation (NAT) with random port mapping needs to be enabled for both the Wireless Router and the ISP Modem. Assume Hosts will pick a random port number between 8000 and 9000, the Wireless Router can choose a random port number between 2000 and 2500, and the ISP Modem can choose a random port number between 3000 and 4000. Please fill in the NAT table for the Wireless Router and the ISP Modem below NAT Table of Wireless Router LAN side WAN side