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public:i-700-abms-08-1:final_project [2008/02/19 11:42] thorissonpublic:i-700-abms-08-1:final_project [2024/04/29 13:33] (current) – external edit 127.0.0.1
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 ====== Final Project ====== ====== Final Project ======
 +
 +[[Student pages]]
  
 ====Objective==== ====Objective====
 To create an agent-based model to simulate the allocation and trading of carbon quotas. The model should be able to answer the question: How does the initial allocation of carbon quotas and the rules governing their trade influence the distribution and total release of carbon?  To create an agent-based model to simulate the allocation and trading of carbon quotas. The model should be able to answer the question: How does the initial allocation of carbon quotas and the rules governing their trade influence the distribution and total release of carbon? 
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 ====Methodology==== ====Methodology====
-You will use [[CDM-S]] as the base for building the system, including the extension for modularization described [[|here]. Your role in using this methodology is to expand each of its steps (using this wiki) with+You will use [[internal:CDM-S:main|CDM-S]] as the base for building the system, including the extension for modularization described {{public:cdm-krth-rjs-tech-report.pdf|here}}. Your role in using this methodology is to expand each of its steps (using this wiki) with:
   * detailed but generalized explanations of implementation of each step, and   * detailed but generalized explanations of implementation of each step, and
   * anecdotal information based on the particular experience in the tasks related to the project's objective above.    * anecdotal information based on the particular experience in the tasks related to the project's objective above. 
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 Additionally, you must invent a new methodology related to "unit testing" of subsets/sub-clusters of modules that tests not only their "clean room" operation but also tests their robustness against random, irrational and unpredictable behaviors in the surrounding system.  Additionally, you must invent a new methodology related to "unit testing" of subsets/sub-clusters of modules that tests not only their "clean room" operation but also tests their robustness against random, irrational and unpredictable behaviors in the surrounding system. 
  
-Use this wiki to create a timeline with tasks and names; the link is [[public:i-700-abms-08-1:final_project:timeline|here]]. +Use this wiki to create a timeline with tasks and names; the link is [[public:i-700-abms-08-1:timeline_and_tasklist|here]].  
 + 
 +You must record your contributions towards this project on this wiki; the links to your individual pages will be sent  in email (access granted to only the individual and the instructors)
  
 ====Model==== ====Model====
/var/www/cadia.ru.is/wiki/data/attic/public/i-700-abms-08-1/final_project.1203421362.txt.gz · Last modified: 2024/04/29 13:32 (external edit)

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