SCHOOL OF COMMUNICATION
CMNS 458-4 / CMNS 856-5
| Steve Braham | Spring
2001 |
| 604-268-7981; Harb.Centre, 7th floor | Harbour
Centre, Day |
| email: sbraham@sfu.ca |
Information Technology Project Group(458) / Graduate
Seminar(856)
NETWORKS NOW AND FUTURE: FROM ETHERNET TO INTERPLANETARY NETWORKS
Prerequisites:
Undergrads: At least 75 credit hours, and permission of instructor. Graduate
students only require permission of instructor.
An SFU email account is required. Material not introduced during lectures will
be available online. An email account, and access to the Web will be essential.
A printer would be a good idea!
First meeting: Monday 8 January 2001, at 1:30 p.m. at Harbour Centre, room 1535.
Subsequent classes will be scheduled to fit particiants’ timetables.
Overview:
This course is intended to introduce students with non-technical backgrounds
to some of the basic technical concepts and terminology surrounding the broad
range of present network technologies, providing a basic understanding of how
these technologies work and are applied in the modern Internet world. In addition,
the course will introduce the concepts behind the Next Generation Internet,
leading to mobile networks and, eventually, networks spanning our Solar System
and beyond.
The course will take a non-technical approach, concentrating on the building
blocks of network systems, and the implications of their operation, and not
on the technical details of their implementation. The aim is to provide an insight
into the exciting possibilities for modern networking technology, and to allow
the student to build an understanding of the issues involved in the building
of globally networked communities.
Concepts and technologies to be introduced include:
- Basics of network communication
- Traditional wire-based networks: copper to fibre-optics
- Wireless networks
- Global networking: TCP/IP and ATM systems
- Routing, nameservers, and other network infrastructure
- Mobile networks: the Wireless Web, Voice Web, Mobile IP, and beyond
- Global collaborative networking
- Communicating via spacecraft
- Communicating on another planet, and with another planet
- Appropriate network technologies for the global community
Required Text:
None.
Evaluation:
(subject to confirmation in first week of classes)
Participation (presentation of final assignment): 20%
Project Proposal: 30%
Term Project: 50%
The school expects that the grades awarded in this course will
bear some reasonable relation to established university-wide practices with
respect to both levels and distribution of grades. In addition, the School will
follow Policy T10.02 with respect to “Intellectual Honesty” and
“Academic Discipline” (see the current Calendar, General Regulations
Section).