<p>Blue solution is efficient of order 5, whereas red solution is efficient of order 4 and green solution is efficient of order 3.</p
<p>We plot the Pareto front changing the parameter , which describes the typical duration between in...
Yellow dots represent all shading variants simulated in the general optimisation study, while green ...
<p>Ranges of Nash equilibrium and Pareto efficiency derived from the mathematical analysis.</p
<p><b>.</b> In particular, 611 solutions are efficient of order 14 (i.e., these are indeed the solut...
<p>(A) is the result of pareto-optimum solutions for S<sub>A</sub>, (B) is the result of pareto-opti...
Each point represents a cell (or other spatial unit) being ranked. The first criterion is plotted on...
<p>Full blue points indicate members of the pareto set. Point (a) is the optimum for objective funct...
This paper explores connections between Ficici’s notion of solution concept and order theory. Ficici...
<p>Red is E≤5 and N>5, Blue is N≤5 and E>5, violet is N and E both ≤5, and black is N and E both >5....
textabstractThe paper argues that the notion of Pareto efficiency builds on two normative assumption...
Identifying performance trade-offs between various designs given a set of independent variables that...
This Study take into discussion the problem of underlay the decisions, which are particularly comple...
International audienceThe chapter analyses the uses made in the economic literature of the two moder...
International audienceThis work provides a mathematical tool to derive Zipf-Pareto laws directly fro...
<p>Efficiency is a measure of the ratio between the cost of the selected actions and the cost of all...
<p>We plot the Pareto front changing the parameter , which describes the typical duration between in...
Yellow dots represent all shading variants simulated in the general optimisation study, while green ...
<p>Ranges of Nash equilibrium and Pareto efficiency derived from the mathematical analysis.</p
<p><b>.</b> In particular, 611 solutions are efficient of order 14 (i.e., these are indeed the solut...
<p>(A) is the result of pareto-optimum solutions for S<sub>A</sub>, (B) is the result of pareto-opti...
Each point represents a cell (or other spatial unit) being ranked. The first criterion is plotted on...
<p>Full blue points indicate members of the pareto set. Point (a) is the optimum for objective funct...
This paper explores connections between Ficici’s notion of solution concept and order theory. Ficici...
<p>Red is E≤5 and N>5, Blue is N≤5 and E>5, violet is N and E both ≤5, and black is N and E both >5....
textabstractThe paper argues that the notion of Pareto efficiency builds on two normative assumption...
Identifying performance trade-offs between various designs given a set of independent variables that...
This Study take into discussion the problem of underlay the decisions, which are particularly comple...
International audienceThe chapter analyses the uses made in the economic literature of the two moder...
International audienceThis work provides a mathematical tool to derive Zipf-Pareto laws directly fro...
<p>Efficiency is a measure of the ratio between the cost of the selected actions and the cost of all...
<p>We plot the Pareto front changing the parameter , which describes the typical duration between in...
Yellow dots represent all shading variants simulated in the general optimisation study, while green ...
<p>Ranges of Nash equilibrium and Pareto efficiency derived from the mathematical analysis.</p
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