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Understanding TCP/IP & the Internet
.This course introduces the delegate to the
main concepts of TCP/IP. It
describes the structure of the TCP/IP Protocol suite and the functions
and Protocols at each layer. If you are a Solaris administrator, have a
look at our Solaris 10 Network Administration
course for more in-depth coverage.
Select here for related courses |
Select here for a list of all courses |
OBJECTIVES OF THE COURSE
To provide the skills necessary for the delegate
to design, build
and test a small TCP/IP Network, comprising of three subnetworks and
two routers. The delegate will learn how to trace and rectify faults on
the network.
At the end of the course the delegate will be
able to:
- Describe the four layers of the TCP/IP
Protocol suite and the functions of each layer
- Identify the needs of, and the purpose of each
of the protocols at each layer
- Use and configure each of the common
applications used with TCP/IP
- Set up and configure a small network
- Configure a router using static routing and RIP
- Split a network into three subnets
- Use the common network commands to
troubleshoot a TCP/IP Network
- Examine a TCP/IP trace at all levels, and
diagnose network problems
| COURSE CODE |
IP1 |
TUTORS |
Variousemail |
| DURATION |
2 days |
VENUE |
Central
London Training Centre** |
| PRICE |
£795
plus VAT * |
BOOKING CONTACT |
Mick
Hosegood email |
| EXPERIENCE LEVEL |
Beginner/intermediate |
TECHNICAL CONTACT |
Mick
Hosegood email |
* For
pricing
for a course run especially for your organisation, please call
01636-893673
COURSE DATES :
Mar 2010
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Apr
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May
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Jun
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Jul
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Aug
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Sep
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Oct |
Nov |
Dec |
Jan 2011
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24(CL)
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28(CL)
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9(CL)
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4(CL)
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29(CL)
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CODES: :(CL) - Central London, (Le)
- Leeds
INTENSITY: About 40% of the course is
practicals, and 60% lectures.
RESOURCE: Each student will have
exclusive use of a PC for the duration of the course. Each student
will be provided with a full set of training notes relating to the
course.
SUITABILITY: IT managers,
developers, system administrators and technical support staff who
require a solid grounding in the fundamental technologies and protocols
which underly the provision of Internet services. As useful for those
making purchasing or managerial decisions over IP networking goods and
services, as it is for those engaged in technical implementation. Basic
knowledge of HTML and HTTP is a requirement; some knowledge of CSS,
SGML and XML would be a definite advantage. Please call if you require
any advice.
FOLLOW UPS:
Please ASK about our other training courses
- Perl programming, Apache, Samba, Unix and Solaris, TCP/IP Internet
and the rest!
PRACTICALS / TAKEAWAYS: Each student
leaves the course with his own set of training notes for the material
covered.
| Every student who attends this course
at our training centre will be issued with a signed certificate of
course completion, which we will be happy to "authenticate" upon
future request. |
| Students on this course can print
out their work and take it away with them. |
SOFTWARE VERSIONS: IPv4 and V6 4
TOPICS COVERED ON THE COURSE
Overview of TCP/IP
- Origins of TCP/IP
- Internet and Internetwork
- TCP/IP and the OSI Model
- Network Interface Layer
- Network Layer
- Transport Layer
- Application Layer
- Communication Using TCP/IP
- Exercise: Installing a NIC
- Exercise: Configuring IP Address and Subnet Mask
Network Interface Layer
- Interface Layer Protocols
- Ethernet
- Token Ring
- Token Bus
- Fibre (FDDI)
- Serial Line Interface Protocol (SLIP)
- Point-to-Point Protocol (PPP)
Network Layer Protocols
- Network Layer Protocols
- Internet Protocol (IP)
- Addressing
- Classfull IP Addressing
- Class A Networks
- Class B Networks
- Class C Networks
- Class D and E Networks
- Summary of IP Addresses
- Subnet
- Extended Network Prefix
- Subnet Mask
- Subnet Design Considerations
- Subnet Examples
- Variable Length Subnet Mask
- Classless Inter-domain Routing (CIDR)
- Routing Principles
- Routing Tables
- Static Routing
- Routing Information Protocol (RIP)
- Open Shortest Path First Protocol (OSPF)
- Internal/External Routing Protocols
- Interior Gateway Protocol (IGP)
- Exterior Gateway Protocol (EGP)
- Address Resolution Protocol (ARP)
- Reverse Address Resolution Protocol (RARP)
- Exercise: Exercise on Addressing
- Transmission Control Protocol (TCP)
- Sockets
- TCP Port Numbers
- TCP Header
- Functions of each Field
- User Datagram Protocol (UDP)
- UDP Header
- Functions of each Field
- Summary of TCP and UDP
Application Layer Protocols
- Telnet
- Client/Server Telnet
- Telnet Network Virtual Terminal (NVT)
- Telnet Command
- File Transfer Protocol (FTP)
- Data Type
- File Structure
- Transmission Mode
- FTP Command Summary
- Simple Mail Transfer Protocol (SMTP)
- Sender SMTP
- Receiver SMTP
- Mail Address
- Domain Name System (DNS)
- Simple Network Management Protocol (SNMP)
- Dynamic Host Control Protocol (DHCP)
Network Security and Remotes Commands
- Network security
- rlogin - remote Login
- rcp - remote copying of a file
- rsh/rcmd - remote commands over a network
- rwho/rusers - who is on the network
- User commands - Manual Pages
- finger - display information about local and
remote users
- rcp - remote file copy
- rlogin - remote login
- rusers - who is logged in on remote machines
- rwho - Who is logged in on local machines
NFS and NIS Overview
- Network File System (NFS)
- NFS Servers and Clients
- NFS File Systems
- About the NFS Environment
- How NFS Works
- Setting up NFS
- Servers
- Clients
- Mounting File Systems at Boot
- showmount - Display Remote Mounts
- share - Make Local Resource available
- export - Old terminology
- Debugging NFS Systems
- Differences Between NFS and Standard UNIX
- No su Over a Network
- Cannot Access Remote Devices
- Cannot Access Different File Systems
- Cannot Access Indirect File System
- Clocks
- Network Information System (NIS)
Important RFCs
- An introduction to some important RFCs.
FTP Trace
- Following a sample FTP Trace taken from a live
connection.
TCP/IP Setup and Testing
- A look at common commands used in setting up and
testing an IP Network.
- Exercises:
- Designing and setting up a network composed of
three subnets.
- Configuring two routers.
- Configure and set up NFS.
- Configure and set up the automounter to
automatically mount a user's home directory on login.
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