سرفصل مطالب

1. Introduction to TCP_IP Networking

• 1.1. Example for Data Link and Network Layer
• 1.2. Introduction to TCP_IP Networking Continue

2. Fundamentals of Ethernet LANs

• 2.1. Ethernet Data Link Layer
• 2.2. Switch versus HUB

3. Fundamentals of WAN

• 3.1. Ethernet as WAN
• 3.2. Internet Access Technologies

4. Network Layer Fundamentals

• 4.1. IPV4 Addressing Part1
• 4.2. IPV4 Addressing Part2
• 4.3. Enterprise IP Addressing
• 4.4. DNS_ARP_ICMP Summary

5. Transport Layer

• 5.1. Transport Layer
• 5.2. Connection Establishment and Termination
• 5.3. Error Recovery (Reliability)
• 5.4. Flow Control
• 5.5. UDP
• 5.6. Application Layer

6. Switch CLI and Basic Configuration

• 6.1. Switch CLI and Basic Configuration Continue

7. Ethernet Switch Learning and Forwarding_
8. Switch Basic Configuration

• 8.1. Switch Basic Configuration Continue

9. Configuring Switch Interfaces

• 9.1. Port Security

10. LAN Design

• 10.1. Wireless in Ethernet LAN Desgin

11. Implementing VLAN

• 11.1. VLAN Trunking
• 11.2. Inter-Vlan Routing with Router
• 11.3. Inter-Vlan Routing with L3 Switch
• 11.4. Dynamic Trunking Protocol
• 11.5. Voice Vlan

12. VTP

• 12.1. VTP Configuration

13. Spanning Tree Protocol

• 13.1. STP RootBridge_RootPort_DesignatedPort
• 13.2. STP decision when Equal Cost
• 13.3. STP Convegence
• 13.4. PVST
• 13.5. PortFast_BpduGuard
• 13.6. Rapid STP

14. Etherchannel
15. LAN Troubleshooting
16. dot1x_AAA

• 16.1. AAA_
• 16.2. DHCP Snooping

               16.2.1 DHCP Snooping Implementation Part1

               16.2.2. DHCP Snooping Implementation  Part2
               16.2.3. DHCP Snooping Implementation  Part3

• 16.3. Stack and VSS

17. Operating Cisco Routers
18. Static Routing

• 18.1. Static Routing Continue
• 18.2. Default Route_Longest Prefix Match
• 18.3. Campus LAN Design and Implementation

19. Dynamic Routing and RIP
19. HSRP

• 19.1. Configuring HSRP
• 19.1. RIP Implementation and Troubleshooting
• 19.2. RIP Passive Interface
• 19.3. RIP Equal Load Sharing
• 19.4. RIP Administrative Distance
• 19.5. RIP Default Advertisement
• 19.6. RIPV1 and Auto Sumamry

20. OSPF Introduction

• 20.1. OSPF Concepts
• 20.2. OSPF Area Concept

21. Implementing OSPF

• 21.1. Implementing OSPF MultiArea
• 21.2. OSPF Additional Features

22. EIGRP Introduction

• 22.1. EIGRP Concept
• 22.2. Implementing EIGRP
• 22.3. EIGRP Convergence
• 22.4. Implementing EIGRP Convergence
• 22.5. EIGRP Unequal Load Sharing_
• 22.6. EIGRP Auto-Summary

23. BGP Introduction

• 23.1. Implementing BGP

24. DHCP Concept

• 24.1. Implementing DHCP

25. Implementing Point-to-Point WAN

• 25.1. PPP Multilink

26. MetroEthernet

• 26.1. MPLS VPN
• 26.2. MPLS VPN

27. Private WAN with Internet VPN

• 27.1. GRE Tunnel and DMVPN
• 27.2. PPPoE Concept and Config

28. Basic ACL

• 28.1. Advanced ACL
• 28.2. ACL Scenario
• 28.3. Implementing Advanced ACL
• 28.4. ACL Other Features

29. Quality of Service

• 29.1. Classification Marking Queuing
• 29.2. Policing Shaping and Congestion Avoidance

30. Static NAT

• 30.1. Dynamic NAT and PAT

31. Device Management Protocols

• 31.1. SNMP
•  31.1.1. Configure Syslog_SNMP
• 31.2. IP SLA

32. Device Security Features
33. IPV6 Addressing Introduction

• 33.1. IPV6 Addressing
• 33.2. IPV6 Addressing Continue
• 33.3. IPV6 Addressing Scenario

34. Configuring OSPF for IPV6

• 34.1. Configuring IPV6 for EIGRP
• 34.2. RIPng

35. IPV6 ACL
36. Cloud Computing

• 36.1. Cloud Traffic Flows and Connectivity Options
• 36.2. Cloud Virtual Network Services

37. SDN

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