Learning Outcomes
|
Develop an understanding
of network addressing, and how networks can be subnetted. |
|
Understand the fundamentals of network
programming, and identify the key elements of client/server
and peer-to-peer programming. |
Background
Lecture: Unit 6 (Network/IP) [SWF]
Lecture: Unit 7 (Transport/TCP) [SWF]
Notes: Unit 6 (Network/IP)
Notes: Unit 7 (Transport/TCP)
And the challenges:
Challenge: Network Configuration
Paper: IP - The Future?
Tutorials
IP/Subnetting (Intro) [SWF]
IP
TCP
 Activities
 Network
addresses. [EXE]
IP
classification.[EXE]
Binary-to-dotted
notation. [EXE]
IP
allocation. [EXE]
Subnet
masks. [EXE]
Subnet
mask (255 subnet mask). [EXE]
Subnet
mask (240 subnet mask). [EXE]
Number
of subnets and hosts (for a given subnet mask).
[EXE]
Defining
a subnet mask (for a required number of subnets).
[EXE]
Defining
a subnet mask (for a required number of hosts).
[EXE]
TCP
ports.
Ask a question
You can ask a question in Week 8 and Week 9 [here]
|
