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The project should concern the implementation of a network with a certain complexity. It cannot be just one router with subnets. The network should consist of several different subnets. The used network devices into must be available in Cisco Packet Tracer. In the network can be running (configured) e.g. network services and technologies such as: routing vlan, nat, IP packet tunneling, servers (e.g. ftp), connections links to the internet provider, etc. The project is carried out in Cisco Packet Tracer. 1. The project should have a personalized title: e.g. Network for a small training company located in 4 rooms.

The project should concern the implementation of a network with a certain complexity. It cannot be just one router with subnets. The network should consist of several different subnets. The used network devices into must be available in Cisco Packet Tracer. In the network can be running (configured) e.g. network services and technologies such as: routing vlan, nat, IP packet tunneling, servers (e.g. ftp), connections links to the internet provider, etc. The project is carried out in Cisco Packet Tracer. 1. The project should have a personalized title: e.g. Network for a small training company located in 4 rooms.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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my teacher said do it in cisco and make pdf supported, i dont understand

 

The project should concern the implementation of a network with a certain complexity. It cannot be just one router with subnets. The network should consist of several different subnets. The used network devices into must be available in Cisco Packet Tracer. In the network can be running (configured) e.g. network services and technologies such as: routing, vlan, nat, IP packet tunneling, servers (e.g. ftp), connections links to the internet provider, etc. The project is carried out in Cisco Packet Tracer. 1. The project should have a personalized title: e.g. Network for a small training company located in 4 rooms. 2. Describe the network proposed in the project in several sentences. Specify network devices and type of connections. (p.1, 3 of the report) 3. Prepare the IP address plan in individual networks (e.g. in the form of a table) (p. 2 of the report) 4. Show a diagram of the created network - screenshot. The diagram must include the addresses of interfaces of network devices and names (e.g. dhcp server), routers in the form of the R+ the number (e.g. R5) (p.4 of the report) 5. Give an example configuration of devices and services (relevant fragments from the router or server configuration file) (p. 5 of the report). In the case of pop-up configuration windows that appear, make sure that these windows do not cover the part of the network diagram that the configuration concerns. 6. Confirmation of the correct network configuration by testing the functioning of the network (commands: ping, sh ip route, ipconfig) (p.6 of the report) 7. Final conclusions. Your comments. What has already been done and what else can be done (p. 7 of the report)
Transcribed Image Text:The project should concern the implementation of a network with a certain complexity. It cannot be just one router with subnets. The network should consist of several different subnets. The used network devices into must be available in Cisco Packet Tracer. In the network can be running (configured) e.g. network services and technologies such as: routing, vlan, nat, IP packet tunneling, servers (e.g. ftp), connections links to the internet provider, etc. The project is carried out in Cisco Packet Tracer. 1. The project should have a personalized title: e.g. Network for a small training company located in 4 rooms. 2. Describe the network proposed in the project in several sentences. Specify network devices and type of connections. (p.1, 3 of the report) 3. Prepare the IP address plan in individual networks (e.g. in the form of a table) (p. 2 of the report) 4. Show a diagram of the created network - screenshot. The diagram must include the addresses of interfaces of network devices and names (e.g. dhcp server), routers in the form of the R+ the number (e.g. R5) (p.4 of the report) 5. Give an example configuration of devices and services (relevant fragments from the router or server configuration file) (p. 5 of the report). In the case of pop-up configuration windows that appear, make sure that these windows do not cover the part of the network diagram that the configuration concerns. 6. Confirmation of the correct network configuration by testing the functioning of the network (commands: ping, sh ip route, ipconfig) (p.6 of the report) 7. Final conclusions. Your comments. What has already been done and what else can be done (p. 7 of the report)
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