Humboldt State University

Schedule

Time

Sunday
June 24

Monday
June 25

Tuesday
June 26

Wednesday
June 27

Thursday
June 28

Friday
June 29

9

Welcome, introductions, and historic perspective on IBMs (R. H. Lamberson, Professor Emeritus, Humboldt State Dept. of Mathematics)
Lecture: Design concepts (Ch. 7; VG)
Work on Project 1 Pattern-oriented modeling example: The Jamaica coffee farm model (SR)
Guest lecture and discussion- Field science and individual-based modeling: how do they affect each other? (B. C. Harvey, Redwood Sciences Lab, US Forest Service)
10

Lecture- What are models, IBMs, ABMs; and why do we use them? (Ch. 1; VG)
Group exercise: Emergence, simulation experiments, and BehaviorSpace (Ch. 8; VG) Lecture: Independent testing of submodels (Sect. 12.3; SR) Work on Project 2 Work on Project 2
11

Group exercise- Introduction to NetLogo (Ch. 2; VG)
Lecture and group exercise: Sensing; NetLogo variables (Ch 10, Sect. 10.2, Ex. 10-1; SL) Work on Project 1 (continued) (continued)
12

Lunch (catered; discussion opportunity)
Lunch and discussion
Lunch and discussion Lunch and discussion Lunch and discussion
1

Group exercise- Programming a first NetLogo model (Ch. 4; SR) Lecture- Software testing (Ch. 9; SR)
Presentations of Project 1
Lecture: Analyzing and doing science with IBMs -- how to get that Nobel Prize (VG) Work on Project 2
2

(continued)
Software testing exercise
Discussion: Making independent projects successful (VG, SL) Work on Project 2 Project presentations and feedback
3

Group exercise- From animations to science (Ch. 5; SR) (continued) Lectures: Stochasticity and random number generation (Ch. 15; SR)
Collectives and NetLogo Breeds (Ch. 16; SL)
(continued) (continued)
4

(continued) Lecture: Adaptive behavior and objectives  (Ch. 11; SR)
Exercise: AgentSets and subsetting (Sect. 11.2.1; Ex. 11-1: SL)
Lecture: Pattern-Oriented Modeling--The Way to do agent-based science (VG)
Grand finale- NetLogo gadgets; how to keep your momentum up; course feedback
5

The ODD Protocol- Why and how (Ch. 3; VG)
Introduction to Project 1: Business Investor & Telemarketer models (Ex. 10-3 & 13-1, 2; SR)
Introduction to Project 2: Wild Dog & Woodhoopoe models (Ex.13-3, 4 & 19-2; SR) Discussion- Effective learning of software development (SL)
Evening
Welcome Social:
5-7 p.m. 231 13th St.
MAP
Redwood forest stroll (~1 mile walk through the redwood forest adjacent to campus)
Project work (independent)
Baseball at the Arcata Ballpark: Humboldt Crabs vs. Sonoma Seals (doubleheader @ 5:30)
Class repast: 6:30 p.m., Plaza View Room, 3rd floor, Jacoby Storehouse Building, H and 8th streets


SR: Led by Steve Railsback
VG: Led by Volker Grimm
SL: Led by Steve Lytinen