Please do it on packet tracer(Science Building and G Building and U Building) 1. Have a Maximum of 3 Core Routers 2. Create your own IP Addressing 3. Implement VLAN 4. Implement Ether-Channel 5. Create VRRP/HSRP for redundancy 6. Each floor have 150 host 7. How many Switches and Routers you used? Configuration? Topology? Network Design? Science building 0. 22 rooms (Elementary) 1. 23 rooms 2. 42 rooms (2 com room, 1 faculty) 3. 22 rooms (2 com room, 1 faculty) 4. 16 rooms, (archi) 5. 4 rooms (fine arts) 6. 6 rooms G building 1. (student lounge) 2. 4 rooms 3. 13 rooms (pe rooms) 4. 3 rooms (pe rooms) 5. 7 rooms (shs faculty) 6. 1 room (shs faculty) U building 1. 6 rooms, (1 sewege treatment) 2. 5 rooms 3. 4 rooms, (3 com rooms) 4. entrance (Museum) 5. 1 room (media center library, canteen) 6. 5 rooms (college of law, law library) 7. 6 rooms 8. 6 rooms 9. 7 rooms 10. 6 rooms (1 medical clinic)
Please do it on packet tracer(Science Building and G Building and U Building)
1. Have a Maximum of 3 Core Routers
2. Create your own IP Addressing
3. Implement VLAN
4. Implement Ether-Channel
5. Create VRRP/HSRP for redundancy
6. Each floor have 150 host
7. How many Switches and Routers you used? Configuration? Topology? Network Design?
Science building
0. 22 rooms (Elementary)
1. 23 rooms
2. 42 rooms (2 com room, 1 faculty)
3. 22 rooms (2 com room, 1 faculty)
4. 16 rooms, (archi)
5. 4 rooms (fine arts)
6. 6 rooms
G building
1. (student lounge)
2. 4 rooms
3. 13 rooms (pe rooms)
4. 3 rooms (pe rooms)
5. 7 rooms (shs faculty)
6. 1 room (shs faculty)
U building
1. 6 rooms, (1 sewege treatment)
2. 5 rooms
3. 4 rooms, (3 com rooms)
4. entrance (Museum)
5. 1 room (media center library, canteen)
6. 5 rooms (college of law, law library)
7. 6 rooms
8. 6 rooms
9. 7 rooms
10. 6 rooms (1 medical clinic)
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