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| project:qualified_money [2013/03/23 12:08] – [Algorithm] thomas | project:qualified_money [2018/11/13 14:39] (current) – [Data] alicesmith | ||
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| We simulate the spreading of tainted money. In a second step, we implement qualifiers that regulate different qualities of money. | We simulate the spreading of tainted money. In a second step, we implement qualifiers that regulate different qualities of money. | ||
| - | First step was to gather money flow data. For this purpose, every country' | + | First step was to gather money flow data. For this purpose, every country' |
| Money can be contagious (i.e. if a country receives _any_ bad money, the country is ' | Money can be contagious (i.e. if a country receives _any_ bad money, the country is ' | ||
| Starting from an initial setup (all countries good, one bad; half good; half bad; ...), year by year the quality indicater is updated according to the flows of money. | Starting from an initial setup (all countries good, one bad; half good; half bad; ...), year by year the quality indicater is updated according to the flows of money. | ||
| + | |||
| + | {{ : | ||
| ===== Assumptions and Limits ===== | ===== Assumptions and Limits ===== | ||
| - | * M2 is only important initially and not update in the process | ||
| * Only merchandise trade balance is considered (i.e. no services) | * Only merchandise trade balance is considered (i.e. no services) | ||
| * Only the five biggest trading partners are reported | * Only the five biggest trading partners are reported | ||
| + | * Money that is created is untainted ($q=1$) | ||
| * For the remaining trade amount, there are different options | * For the remaining trade amount, there are different options | ||
| * spread with everyone | * spread with everyone | ||
| Line 24: | Line 26: | ||
| * $q_i$ is the percentage (%) of non-tainted money, where $q \in [0,1]$; 0 is fully tainted money, 1 is non-tainted money | * $q_i$ is the percentage (%) of non-tainted money, where $q \in [0,1]$; 0 is fully tainted money, 1 is non-tainted money | ||
| * $\Delta V_i$ is the increase of volume of money | * $\Delta V_i$ is the increase of volume of money | ||
| - | * $f_{ij}$ is the fraction (in % of V_j) of money flowing from $j$ to $i$ | + | * $f_{ij}$ is the fraction (in % of $V_j$) of money flowing from $j$ to $i$ |
| Then the following (simplified) algorithm applies for the volume forward: | Then the following (simplified) algorithm applies for the volume forward: | ||
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| ===== Important Points ===== | ===== Important Points ===== | ||
| - | * EU share is spread to all EU member countries | + | * EU share is spread to all EU member countries |
| * If $i$ exports to $j$ that is an **inflow** of money for country $i$ | * If $i$ exports to $j$ that is an **inflow** of money for country $i$ | ||
| Line 50: | Line 52: | ||
| * Balance of payments: https:// | * Balance of payments: https:// | ||
| * Illicit Money Flows: http:// | * Illicit Money Flows: http:// | ||
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| Line 55: | Line 58: | ||
| ===== Team ===== | ===== Team ===== | ||
| - | * [[user: | + | * Giancarlo Scrugli |
| - | * [[user: | + | * Loic Jaouen |
| - | * [[user: | + | * Dirk Helbing |
| - | * and other team members | + | * Vito Impagliazzo |
| + | * Ostap Cherkashin | ||
| + | * Thomas Bisig | ||
| ===== Links ===== | ===== Links ===== | ||
| - | * GitHub code https:// | + | * GitHub code https:// |
| * http:// | * http:// | ||
| * D3 examples https:// | * D3 examples https:// | ||
| + | * Slides: https:// | ||
| | | ||
| - | {{tag> | + | {{tag> |