Using Cisco Packet Tracer $($use a Windows $7$ VM if you cannot make it run on Windows $10),$ create a network design meeting the specifications below and upload the $.$pkt file to the course. There is a main switch, named TopSwitch, connected to a router, named R$1,$ through fiber optics. TopSwitch is also connected to three other switches, called Floor$1,$ Floor$2$ and Floor$3.$ All connections between switches are using copper cable. Floor$1$ is connected to two other switches, named F$1$Right and F$1$Left. The switch Floor$2$ is connected to two more, named F$2$Right and F$2$Left. Floor$3$ is connected to a hub named F$3$Hub. All switches will be aware of all VLANs as follows $($VLAN number and name at the students discretion$)$: One for the IT department, located on the $1$st floor. Another for printers $($there is one on every floor$).$ All other equipment use a default VLAN Use trunk ports appropriately to expand VLANs and R$1$ to route all traffic from one VLAN to another. You will need to create a sub$-$interface for each VLAN on the routers interface connected to TopSwitch. The equipment on the network design is: One PC and one laptop for the IT department; the first on the left aisle and the second on the right aisle. One PC belonging to the HR department, on the right aisle of the $2$nd floor. Two PCs belonging to the Sales department, on the left aisle of the $2$nd floor. Printers $($the one on the $3$rd floor can be connected to the switch Floor$3,$ not the hub$).$ Every VLAN must use a different logical network, that is$,$ the equipment in a VLAN will be in a different network than the equipment in other VLANs. IP addressing at the students discretion. The port #$3$ on the switch Floor$1$ will be used by a security analyst performing network and port scans in a near future, so plan its configuration accordingly. The IP address will belong to the default VLAN.