any courses on optical telecommunication in Carleton U or Ottawa U.?

guest · 2001-11-28

<HTML>I would like to take some courses on optical communication/networking or related courses. It is better if it is night course. I just go to listen and will not take examination or home work.I shall highly appreciate if somebody can provide me such information.
Thanks.</HTML>

guest · 2001-11-28

<HTML>carleton U

97.565 Optical Fiber communications Tu&Th 7:30-9:00

94.581</HTML>

guest · 2001-11-28

<HTML>兄弟谁是c U computer sience的?帮帮忙</HTML>

guest · 2001-11-29

<HTML>To: Former-ABC
How to attend the course? thanks</HTML>

guest · 2001-11-29

<HTML>找到教室，走进去，坐下，听，没人管你。

:bounce:</HTML>

guest · 2001-11-29

<HTML>江泽民同志：
CU的校长正在学三讲。明年再说吧。</HTML>

guest · 2001-11-29

<HTML>Is the course still going on? Do you have the number of class room and building name for the course? Thanks</HTML>

guest · 2001-11-29

guest · 2001-12-01

<HTML>The courses I posted will start from Jan. 3 because all courses of this term should be done by Nov.

Also try

ELG7178(92.566P) Topics in communications II

hotonic Networks M&F 11:30-1:00</HTML>

guest · 2001-12-08

<HTML>Does Carleton U. have free parking at night after 7:00pm? Any freeparking places near Carleton U.?
Thanks.</HTML>

guest · 2001-12-08

<HTML>I thought we have to pay Audition fees. I thought about audit some courses for a while but it requires to pay the same amount of money as for a credit course. So I just gave it up.</HTML>

guest · 2001-12-09

<HTML>go directly to the classroom, no one care, but you must finish the assignment to let you grt improved.
http://www.admissions.carleton.ca/go/class-schedule
every course site and time is here.
good luck</HTML>

guest · 2001-12-09

Optical Communication Systems will be offered at U of O ...

<HTML>Optical Communication Systems will be offered at U of O in January (winter) for graduate students.

ELG 5103 (92.521) Optical Communication Systems

Optical communication system concepts and basic characteristics. Optical transmitters. Optical detection. Optical noise sources and their mathematical models. Noncoherent (direct) detection: system model, direct detection of intensity modulation, application of photo-multiplication, optimal post-detection processing, and subcarrier systems. Coherent detection: heterodyne receivers, the field matching problem and receiver performance. Optical binary digital system, single-mode binary and heterodyne binary systems. Block coded digital optical communication systems: PPM, PAM, PSK, and FSK signalling. Integration of device technology and system architecture. Selected topics in optical communication networking.
Prerequisite: ELG 5119 or 94.553, and ELG 5375 or 94.554, or the equivalents.</HTML>

any courses on optical telecommunication in Carleton U or Ottawa U.?

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