A short video-recording is available for each chapter of the syllabus.
You need to login to make all the links visible
and access the recordings beyond the introduction.
For an efficient study, we recommend that you download the video file to
your computer and open your Real Player
on the top of the syllabus; this allows you to stop the lecture and
execute the numerical experiments directly asx they are discussed.
- Welcome and how to study, 10 min,
modem (1.5MB),
ISDN (9MB),
LAN (24MB).
- 1. Introduction, 53 min,
modem (8.0MB),
ISDN (50MB),
LAN (131MB).
2. Finite Differences, 46 min, modem (6.8MB), ISDN (43MB), LAN (111MB).
- 3. Finite Elements, 38 min, modem (5.8MB), ISDN (36MB), LAN (95MB).
- 4. Fourier Methods, 32 min, modem (4.7MB), ISDN (29MB), LAN (77MB).
- 5. Monte-Carlo Methods, 33 min, modem (5.0MB), ISDN (31MB), LAN (82MB).
- 6. Lagrangian Schemes, 11 min, modem (1.6MB), ISDN (9.7MB), LAN (26MB).";
} else {
echo "
- 2. Finite Differences, 46 min,
modem (6.8MB),
ISDN (43MB),
LAN (111MB).
- 3. Finite Elements, 38 min,
modem (5.8MB),
ISDN (36MB),
LAN (95MB).
- 4. Fourier Methods, 32 min,
modem (4.7MB),
ISDN (29MB),
LAN (77MB).
- 5. Monte-Carlo Methods, 33 min,
modem (5.0MB),
ISDN (31MB),
LAN (82MB).
- 6. Lagrangian Schemes, 11 min,
modem (1.6MB),
ISDN (9.7MB),
LAN (26MB).";
}
?>
All the video copyrights ©
André Jaun, Johan Hedin, Thomas Johnsson, Stockholm, 2000-2003
Test "Version 8 Basic" with a 45 sec sample,
modem (0.12MB),
ISDN (0.74MB),
LAN (1.9MB).