CS382:Chaos: Difference between revisions
Jump to navigation
Jump to search
| Line 7: | Line 7: | ||
=Lecture Note= | =Lecture Note= | ||
*Lecture 1: Story of Edward Lorenz | *Lecture 1: | ||
**Story of Edward Lorenz | |||
**How he found butterfly effect | |||
**Introducing the weather model which Lorenz used | |||
*Lecture 2: Climate model | *Lecture 2: | ||
**Climate model | |||
**Introducing NetLogo-like climate model | |||
**Basic of earth science (showing the relationship among temperature, pressure, wind, and humidity) | |||
*Lecture 3: Numerical weather prediction | *Lecture 3: | ||
**Numerical weather prediction | |||
**Introducing how weather channel forecasts tomorrow's climate | |||
**Different between numerical weather prediction and deterministic climate model | |||
*Lecture 4: Global warming | *Lecture 4: | ||
**Global warming | |||
**Can computer scientist predict climate 100 years later? | |||
**Super computer for climate model (earth simulator, etc) | |||
=Classroom Response Question= | =Classroom Response Question= | ||
=Lab Activity= | =Lab Activity= | ||
=Scheduling= | =Scheduling= | ||
Revision as of 14:54, 23 February 2009
Climate Model
Background Reading
- Making Order Out of Chaos: Edward Lorenz
- Edward N. Lorenz "Deterministic Nonperiodic Flow"
- Deterministic Nonperiodic Flow (1963)
- James Gleick "Chaos: Making a New Science"
Lecture Note
- Lecture 1:
- Story of Edward Lorenz
- How he found butterfly effect
- Introducing the weather model which Lorenz used
- Lecture 2:
- Climate model
- Introducing NetLogo-like climate model
- Basic of earth science (showing the relationship among temperature, pressure, wind, and humidity)
- Lecture 3:
- Numerical weather prediction
- Introducing how weather channel forecasts tomorrow's climate
- Different between numerical weather prediction and deterministic climate model
- Lecture 4:
- Global warming
- Can computer scientist predict climate 100 years later?
- Super computer for climate model (earth simulator, etc)