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networking

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Networking 

Introduction to Networking: Introduces the basic concepts of computer networks. Covers basic topologies, protocols, performance issues, and software for LANS / WANS. Assumes student has basic computer knowledge.

Enhanced Network+ Guide to Networks

Network Infrastructure Design: The following charts provide students with the knowledge and skills needed to design a network for a peer network or a server-centric environment. Topics covered include network topology, routing, IP addressing, name resolution, virtual private networks, remote access, and telephony solutions .

Internetworking Basics: This course provides the student with the knowledge to start configuring routers and their interfaces with different protocols.  Topics covered include router startup, router setup, configuring router interfaces, and the basics of network management.

NETWORK ARCHITECTURE AND ANALYSIS:

1 - Introduction to Networking

2 - Network Models

3 - Data and Signals

4 - Digital Transmissions

5 - Analog Transmission

6 - Bandwidth Utilization

7 - Transmission Media

8 -Switching

9 - Telephone & Cable Networks

10 - Error Detection & Correction

11 -Data Link Control

12 - Multiple Access

13 - Wired LANs: Ethernet

14 - Wireless LANs

15 - Connecting LANs

16-Cellular Telephone & Satellite

17 - SONET and SDH

18 - Frame Relay and ATM

19 - Network Layer

20 - Internet Protocol

21 - Address Mapping

22- Forwarding & Routing

23 - UDP, TCP, and SCTP

24 - Congestion Control & QOS

25 - Domain Name System

26 - E-Mail & File Transfer

27 - WWW and HTTP

28 -Network Management SNMP

29 - Multimedia

 30 - Cryptography

31- Network Security

32 - IPSec, VPN, & Firewalls

   A Comprehensive Lecture

 

  Windows Based Networking

  NetWare Based Networking

  Linux-Based Networking

  WAN & Remote Connectivity

 Maintaining and Upgrading a Network

  Ensuring Integrity & Availability

  Network Security

  Managing Network Design and Implementation

   1:  Overview of Planning a Windows Server 2003 Network

   2: TCP/IP Architecture

 

   3: Planning a Network Data Flow

   4:  Planning and Configuring Routing and Switching

 

   5:  Planning, Configuring, and Troubleshooting DHCP

   6:  Planning, Configuring, and Troubleshooting WINS

   7:  Planning a DNS Strategy

 

   8:  Managing and Troubleshooting DNS

   9:  Planning and Managing Certificate Services

 

   10: Planning and Managing IP Security

   11:  Planning Network Access

 

   12:  Planning and Implementing Server Availability and Scalability

   13:  Planning Server and Network Security

   14:  Problem Recovery

Answer to Review Questions

  Chapter-1   Chapter-2    Chapter-3    Chapter-4   Chapter-5    Chapter-6   Chapter-7     

  Chapter-8   Chapter-9   Chapter-10   Chapter-11   Chapter-12   Chapter-13  Chapter-14

01-Internet

02-Protocols and TCP-IP

03-Traditional Applications

04-Modern Applications

05-Congestion

06-Transport Protocols

07-TCP Traffic Control

08-Internet Protocols

09-Integrated & Differentiated Service

10-Protocols for QoS

11-Interior Routing Protocol

12-Exterior Routing Protocol

13-Wide Area Networks

14-Data Link Control

15-Local Area Networks

16-Network Security

17-Network Management

    CCNA_eBook.

CCNA Sybex Test Engine

CCNA Flashcards

1. Communication Network

2. Protocols and the TCP/IP Suite

3. TCP and IP

4. Frame Relay

5. Asynchronous Transfer Mode (ATM)

6. High-Speed LANs

10. Congestion Control in Internets

11. Link-Level Flow and Error Control

12. TCP Traffic Control

13. Traffic & Congestion Control in ATM

14. Graph Theory and Least-Cost Paths

15. Interior Routing Protocols

16. Exterior Routing Protocols & Multicasting

17. Integrated & Differentiated Services

18. Protocols for QoS Support