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Beschreibung
Mindmap von Alex Savory, aktualisiert more than 1 year ago
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Erstellt von Alex Savory
vor mehr als 9 Jahre
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BCU CCNA Final Exam Topics
- 2007/08 Paper
- Troubleshooting
- Router Components
- Routing Protocol's
- Admin Distance / Metrics
- Zinin's Theory
- Connecting Hardware / Cable Types
- Routing Loop's / Split Horizon
- Troubleshooting
- 2009/10 Paper
- Define IP Class
- FLSM (Fixed Length Subnet)
- Complete Scheme
- Complete Scheme
- Router Components
- Routing Protocol's
- Zinin's Theory
- OSI vs TCP/IP (Model Comparison)
- EGIRP Formula
- Admin Distance / Metrics
- Dynamic Routing Protocol
- Scenario Description
- Define IP Class
- 2010/11 Paper
- Define IP Class
- FLSM
- Benefit
- Benefit
- Router Components
- Boot Sequence
- Boot Sequence
- Routing Protocols
- Zinin's Theory
- Dynamic Routing
- Security
- Security
- Admin Distance / Metrics
- EGIRP Formula
- TCP/IP vs OSI
- Scenario Description
- Define IP Class
- Revision Paper
- Define IP Class
- Assign VLSM
- Summarize IP
- Dynamic Routing
- Interior Dynamic Routing Protocols
- Security
- Interior Dynamic Routing Protocols
- Admin Distance / Metrics
- OSI vs TCP/IP
- Router Components
- EGIRP Formula
- Inter VLAN routing
- Define IP Class
- Revision.txt
- OSI vs TCP/IP
- Router Components
- Boot Sequence
- Memory Types / Interfaces
- Boot Sequence
- Summarize IP
- Admin Distance / Metrics
- Types of static routes & use
- Scenario Description
- OSI vs TCP/IP
- Notes
- EGIRP FORMULA
- metric = 256 *{107/minimum(bandwidth) + ∑ delays/10
- metric = 256 *{107/minimum(bandwidth) + ∑ delays/10
- Scenario
- A web server runs on a computer with the domain name eagle-serve.example.co.uk. A browser
accesses a page with a URL http://eagle-server.example.co.uk/index.html. The browser host, DNS
host and web server host are connected to the same Ethernet LAN segment. Give an account of the
events that take place as the browser requests the page. Relate your account to port numbers and
addressing described in any relevant layers of the OSI model. Assume all caches are empty.
- A web server runs on a computer with the domain name eagle-serve.example.co.uk. A browser
accesses a page with a URL http://eagle-server.example.co.uk/index.html. The browser host, DNS
host and web server host are connected to the same Ethernet LAN segment. Give an account of the
events that take place as the browser requests the page. Relate your account to port numbers and
addressing described in any relevant layers of the OSI model. Assume all caches are empty.
- Zinin
Anmerkungen:
- Principle 1: "Every router makes its decision alone, based on the information it has in its own routing table.“ Principle 2: "The fact that one router has certain information in its routing table does not mean that other routers have the same information.“ Principle 3: "Routing information about a path from one network to another does not provide routing information about the reverse, or return path."
- EGIRP FORMULA
- 2008/09 Paper
- Define IP Class
- Admin Distances
- Zinin Theory
- Static Routes
- List Commands :O
- List Commands :O
- Dynamic Routing Metrics
- Explain a IGRP
- IG Distance Vector
- IG Distance Vector
- Bandwidth
- Delay
- Load
- Cost
- Hopcount
- Reliability
- Load
- Explain a IGRP
- Router Components
- Usage
- Usage
- Subnet an address
- Draw OSI, TCP/IP
- Layers responsible for routing and addressing
- Layers responsible for routing and addressing
- Define IP Class
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