Applied Simulation
Today is our last day so we'll wrap up the semester. I'll collect the Cell Phone papers, then I'll have just a few final words and take a few closing comments. Then you're done! Topics
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Yet another brief day as all we have to do is see Luke's presentation from last week. Topics:
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Today is a very brief day to let you start your Thanksgiving a bit early. Topics:
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I don't think it's possible for the day to get any simpler. Topics:
Scavenger Hunt:
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Today we tackle the issues surrounding the second half of your "final" project. ...among other things...
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No Class in the classroom today. Please take this time to work on your Software Simulation Instructional Design packet. They're due next Thursday!
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Three Real Life Sims: Bobby, Alex, & Brian Topics:
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Oct 2, 2007 No SL Presentations today. Topics:
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Sep 27, 2007 Two Real Life Sim presentations. Bobby & Jesse Topic: Homework:
We begin by checking out the "bling" and see what you've come up with. Then we'll have a Second Life Sim presentation by Brian. After that, we'll visit another couple of locations that I have found.
Scavenger Hunt : A pet of some sort. We'll meet at the Beach House and show them off.
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Second Life Sim: Mike Other places by Damian Homework
Real Life Sim: Jerilyn Topics:
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Today we meet in Second Life at 11am.
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Sep 4, 2007 Today we meet in Second Life at 11am.
Today we meet in the classroom lab.
Today we meet in Second Life. Homework:
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APPLIED SIMULATION -Ventrilo Information- Today we're going to look at the simulation of complex systems. I will confess right up front that I have not been involved in any project which made use of this type of simulation. Nonetheless, it is a very real, quite valid, and (depending on the circumstances) profitable use of any simulation skills you might have or might develop. Basically, these types of simulations are ways to graphically represent complex systems in order to study them, predict future behaviour, and possibly learn to harness the studied item for our benefit. Here is a partial list of such systems that can or have been modeled in this manner. After giving it some thought, I'm sure you can think of more.
The ability to simulate complex models will probably have greater impact over the next 50 years than anything else we do. For example, understanding nanotechnology is easier because not everyone has access to nanoscale microscopes. But with the aid of simulations, scientists are able to make models of what their nano's are doing and show those simulations to rooms full of people. Those people can now see what the nano's are doing...without having to belly-up to a nanoscale microscope themselves. Undoubtedly, knowing how the nano's behave will allow programmers to code in that behavior and let scientists "try out" new nano-configurations in the simulation environment before attempting it for real. Following is a large list of other sites that feature some of these types of complex systems simulations. Let's look at a few of them. As we do, notice how (as mentioned in a previous lesson) that not all simulations--at least the final results that are displayed to us--are done through computerized animations. Some are simple screenshots while others are line drawings. Also take note of the skeletal procedures that the researchers used to create their simulation.
Nanotechnology. (Link) The Tokyo Institute of Technology has a site that demonstrates the steps involved in simulating weather based on a series of images. (Link) Geological Simulation of Faults. (Link) Traffic patterns. (Link) Raytracing and Movement Mechanics (Link) Historical Reenactments. (Link) Physical Science (Link) Various. Research Abstracts (Link) Protein Modeling (Link) Networks (Link) Plant life. (Link) Flocking behaviour. (Link) Crowds and Battles. "Massive" (Link)
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