Difference between revisions of "Intersection (vs. Roundabout)"
| Line 1: | Line 1: | ||
| − | == Problem definition | + | = Introduction = |
| + | |||
| + | = Problem definition = | ||
- a description of the situation you solve (i.e. the task) | - a description of the situation you solve (i.e. the task) | ||
| − | + | = Method = | |
- the discussion of possible solutions, the selection of method and tools for the solution, reasons for such choice (why the selected methods and tools are the best for the problem) | - the discussion of possible solutions, the selection of method and tools for the solution, reasons for such choice (why the selected methods and tools are the best for the problem) | ||
| + | = Model = | ||
Detailed description of the method, including parameters, ranges, schemes, model limitations, etc. The description must be detailed enough that anybody could replicate the experiment event without your model source codes. | Detailed description of the method, including parameters, ranges, schemes, model limitations, etc. The description must be detailed enough that anybody could replicate the experiment event without your model source codes. | ||
| − | + | = Results = | |
- list of results, their analysis, interpretation and evaluation. | - list of results, their analysis, interpretation and evaluation. | ||
| − | + | = Conclusion = | |
- how the problem was solved | - how the problem was solved | ||
| − | + | = Citations = | |
| − | = | + | = Code = |
Model source code (xls, spm, nlogo, mdl, etc. file) | Model source code (xls, spm, nlogo, mdl, etc. file) | ||
Revision as of 11:32, 14 January 2014
Contents
Introduction
Problem definition
- a description of the situation you solve (i.e. the task)
Method
- the discussion of possible solutions, the selection of method and tools for the solution, reasons for such choice (why the selected methods and tools are the best for the problem)
Model
Detailed description of the method, including parameters, ranges, schemes, model limitations, etc. The description must be detailed enough that anybody could replicate the experiment event without your model source codes.
Results
- list of results, their analysis, interpretation and evaluation.
Conclusion
- how the problem was solved
Citations
Code
Model source code (xls, spm, nlogo, mdl, etc. file)
