PlAwAnSaI
Administrator
CCNA 1
Code:
http://cisco.sunderland.ac.uk/CISCO_CCNA/Exploration1_English
1.7.1 Summary and Review
2.2.4 Network Representations
2.4.8 Comparing the OSI Model with the TCP/IP Model
2.6.1 Lab: Topology Orientation and Building a Small Network
2.6.2 Lab: Using Wireshark? to View Protocol Data Units
2.7.1 Summary and Review
3.2.3 Application Layer Services and Protocols
3.3.2 WWW Service and HTTP
3.5.1 Summary and Review
4.1.6 Segmentation and Reassembly - Divide and Conquer
4.2.5 TCP Session Termination
4.4.4 UDP Client Processes
4.5.3 Application and Transport Layer Protocols
4.6.1 Summary and Review
5.2.2 Why Separate Hosts Into Network? - Performance
5.3.7 Packet Forwarding - Moving the Packet Toward its Destination
5.4.3 Dynamic Routing
5.5.1 Lab - Examining a Device's Gateway
5.5.2 Lab - Examining a Route
5.6.1 Summary
6.1.3 Practicing Binary to Decimal Conversions
6.1.5 Practicing Decimal to Binary Conversion
6.2.2 Calculating Network, Hosts and Broadcast Addresses
6.2.3 Unicast, Broadcast, Multicast - Types of Communication
6.2.5 Public and Private Addresses
6.5.4 Determining the Network Address
6.5.5 Calculating the Number of Hosts
6.5.6 Determining Valid Address for Hosts
6.5.7 Assigning Addresses
6.5.8 Addressing in a Tiered Internetwork
6.6.3 Ping Remote Host - Testing Connectivity to Remote LAN
6.6.4 Traceroute (tracert) - Testing the Path
6.7.1 Lab - Ping and Traceroute
6.7.2 Lab - Examining ICMP Packet
6.7.5 Lab: Subnet and Router Configuration
6.8.1 Summary and Review
7.4.1 Follow Data Through an Internetwork
7.5.1 Investigating Layer 2 Frame Headers
7.6.1 Summary and Review
8.3.7 Wireless Media
8.5.1 Summary and Review
9.4.2 CSMA/CD - The Process
9.6.2 Ethernet - Using Switches
9.6.4 Ethernet - Comparing Hubs and Switches
9.8.1 Lab - Address Resolution Protocol (ARP)
9.8.2 Lab - Cisco Switch MAC Table Examination
9.8.3 Lab - Intermediary Device as an End Device
9.9.1 Summary and Review
10.2.3 Making WAN Connections
10.6.1 Lab - Creating a Small Lab Topology
10.6.2 Lab - Establishing a Console Session with Hyper Terminal
10.7.1 Summary and Review
11.1.6 IOS "Examination" Commands
11.1.7 IOS Configuration Modes
11.2.1 Devices Need Names
11.2.2 Limiting Device Access - Configuring Passwords and Using Banners
11.2.3 Managing Configuration Files
11.2.4 Configuring Interfaces
11.3.1 Test the Stack
11.3.2 Testing the Interface Assignment
11.3.3 Testing Local Network
11.3.4 Testing Gateway and Remote Connectivity
11.3.5 Tracing and Interpreting Trace Results
11.5.1 Basic Cisco Device Configuration
11.5.2 Managing Device Configuration
11.6.1 Summary and Review
CCNA 2
Code:
http://cisco.sunderland.ac.uk/CISCO_CCNA/Exploration2_English
1.1.1 Routers are Computers
1.1.4 Router Boot-up Process
1.1.5 Router Interfaces
1.2.1 Implementing Basic Addressing Schemes
1.2.2 Basic Router Configuration
1.3.2 Directly-Connected Networks
1.3.3 Static Routing
1.3.4 Dynamic Routing
1.3.5 Routing Table Principles
1.4.1 Packet Fields and Frame Fields
1.4.2 Best Path and Metric
1.4.3 Equal Cost Load Balancing
1.5.1 Cabling a Network and Basic Router Configuration
1.5.2 Basic Router Configuration
1.5.3 Challenge Router Configuration
1.6.1 Summary and Review
2.1.3 Examining the Connections of the Router
2.2.3 Verifying Ethernet interface
2.3.1 Verifying Changes to the Routing Table
2.3.2 Devices on Directly Connected Networks
2.3.3 Cisco Discovery Protocol (CDP)
2.3.4 Using CDP for Network Discovery
2.5.3 Verifying the Static Route Configuration
2.6.2 Default Static Route
2.7.3 Solving the Missing Route
2.8.1 Basic Static Route Configuration
2.8.2 Challenge Static Route Configuration
2.8.3 Troubleshooting Static Routes
2.9.1 Summary and Review
3.2.1 Overview
3.2.2 IGP and EGP
3.2.5 Convergence
3.4.4 Directly Connected Networks
3.5.1 Identifying Elements of the Routing Table
3.5.2 Subnetting Scenario 1
3.5.3 Subnetting Scenario 2
3.5.4 Subnetting Scenario 3
3.6.1 Summary and Review
4.1.4 Routing Protocol Characteristics
4.4.1 Definition and Implications
4.5.1 RIP and EIGRP
4.7.1 Summary and Review
5.2.1 Basic RIPv1 Configuration
5.2.3 Specifying Networks
5.3.4 Passive Interfaces
5.4.5 Advantages and Disadvantages of Automatic Summarization
5.5.2 Propagating the Default Route in RIPv1
5.6.1 Basic RIP Configuration
5.6.2 Challenge RIP Configuration
5.6.3 RIP Troubleshooting
5.7.1 Summary and Review
6.4.1 Basic VLSM Calculation and Addressing Design Activity
6.4.2: Troubleshooting a VLSM Addressing Design
Code:
http://cisco.sunderland.ac.uk/CISCO_CCNA/Exploration1_English
1.7.1 Summary and Review
2.2.4 Network Representations
2.4.8 Comparing the OSI Model with the TCP/IP Model
2.6.1 Lab: Topology Orientation and Building a Small Network
2.6.2 Lab: Using Wireshark? to View Protocol Data Units
2.7.1 Summary and Review
3.2.3 Application Layer Services and Protocols
3.3.2 WWW Service and HTTP
3.5.1 Summary and Review
4.1.6 Segmentation and Reassembly - Divide and Conquer
4.2.5 TCP Session Termination
4.4.4 UDP Client Processes
4.5.3 Application and Transport Layer Protocols
4.6.1 Summary and Review
5.2.2 Why Separate Hosts Into Network? - Performance
5.3.7 Packet Forwarding - Moving the Packet Toward its Destination
5.4.3 Dynamic Routing
5.5.1 Lab - Examining a Device's Gateway
5.5.2 Lab - Examining a Route
5.6.1 Summary
6.1.3 Practicing Binary to Decimal Conversions
6.1.5 Practicing Decimal to Binary Conversion
6.2.2 Calculating Network, Hosts and Broadcast Addresses
6.2.3 Unicast, Broadcast, Multicast - Types of Communication
6.2.5 Public and Private Addresses
6.5.4 Determining the Network Address
6.5.5 Calculating the Number of Hosts
6.5.6 Determining Valid Address for Hosts
6.5.7 Assigning Addresses
6.5.8 Addressing in a Tiered Internetwork
6.6.3 Ping Remote Host - Testing Connectivity to Remote LAN
6.6.4 Traceroute (tracert) - Testing the Path
6.7.1 Lab - Ping and Traceroute
6.7.2 Lab - Examining ICMP Packet
6.7.5 Lab: Subnet and Router Configuration
6.8.1 Summary and Review
7.4.1 Follow Data Through an Internetwork
7.5.1 Investigating Layer 2 Frame Headers
7.6.1 Summary and Review
8.3.7 Wireless Media
8.5.1 Summary and Review
9.4.2 CSMA/CD - The Process
9.6.2 Ethernet - Using Switches
9.6.4 Ethernet - Comparing Hubs and Switches
9.8.1 Lab - Address Resolution Protocol (ARP)
9.8.2 Lab - Cisco Switch MAC Table Examination
9.8.3 Lab - Intermediary Device as an End Device
9.9.1 Summary and Review
10.2.3 Making WAN Connections
10.6.1 Lab - Creating a Small Lab Topology
10.6.2 Lab - Establishing a Console Session with Hyper Terminal
10.7.1 Summary and Review
11.1.6 IOS "Examination" Commands
11.1.7 IOS Configuration Modes
11.2.1 Devices Need Names
11.2.2 Limiting Device Access - Configuring Passwords and Using Banners
11.2.3 Managing Configuration Files
11.2.4 Configuring Interfaces
11.3.1 Test the Stack
11.3.2 Testing the Interface Assignment
11.3.3 Testing Local Network
11.3.4 Testing Gateway and Remote Connectivity
11.3.5 Tracing and Interpreting Trace Results
11.5.1 Basic Cisco Device Configuration
11.5.2 Managing Device Configuration
11.6.1 Summary and Review
CCNA 2
Code:
http://cisco.sunderland.ac.uk/CISCO_CCNA/Exploration2_English
1.1.1 Routers are Computers
1.1.4 Router Boot-up Process
1.1.5 Router Interfaces
1.2.1 Implementing Basic Addressing Schemes
1.2.2 Basic Router Configuration
1.3.2 Directly-Connected Networks
1.3.3 Static Routing
1.3.4 Dynamic Routing
1.3.5 Routing Table Principles
1.4.1 Packet Fields and Frame Fields
1.4.2 Best Path and Metric
1.4.3 Equal Cost Load Balancing
1.5.1 Cabling a Network and Basic Router Configuration
1.5.2 Basic Router Configuration
1.5.3 Challenge Router Configuration
1.6.1 Summary and Review
2.1.3 Examining the Connections of the Router
2.2.3 Verifying Ethernet interface
2.3.1 Verifying Changes to the Routing Table
2.3.2 Devices on Directly Connected Networks
2.3.3 Cisco Discovery Protocol (CDP)
2.3.4 Using CDP for Network Discovery
2.5.3 Verifying the Static Route Configuration
2.6.2 Default Static Route
2.7.3 Solving the Missing Route
2.8.1 Basic Static Route Configuration
2.8.2 Challenge Static Route Configuration
2.8.3 Troubleshooting Static Routes
2.9.1 Summary and Review
3.2.1 Overview
3.2.2 IGP and EGP
3.2.5 Convergence
3.4.4 Directly Connected Networks
3.5.1 Identifying Elements of the Routing Table
3.5.2 Subnetting Scenario 1
3.5.3 Subnetting Scenario 2
3.5.4 Subnetting Scenario 3
3.6.1 Summary and Review
4.1.4 Routing Protocol Characteristics
4.4.1 Definition and Implications
4.5.1 RIP and EIGRP
4.7.1 Summary and Review
5.2.1 Basic RIPv1 Configuration
5.2.3 Specifying Networks
5.3.4 Passive Interfaces
5.4.5 Advantages and Disadvantages of Automatic Summarization
5.5.2 Propagating the Default Route in RIPv1
5.6.1 Basic RIP Configuration
5.6.2 Challenge RIP Configuration
5.6.3 RIP Troubleshooting
5.7.1 Summary and Review
6.4.1 Basic VLSM Calculation and Addressing Design Activity
6.4.2: Troubleshooting a VLSM Addressing Design
