Yellow dots represent all shading variants simulated in the general optimisation study, while green dots represent all shading variants simulated in the simplified optimisation study. Minimum heating demand is for the base case of the model without shading, and ΔH represents the relative increase of the maximum heating demand among obtained Pareto solutions with respect to the base case. Similarly, maximum cooling demand is for the base case of the model without shading, and ΔC represents the relative decrease of the minimum cooling demand among obtained Pareto solutions with respect to the base case. Graph at the bottom of each diagram represents Euclidean distance from each Pareto solution in one Pareto front to the closest Pareto solutio...
© 2017 Solving a multi-objective optimization problem yields an infinite set of points in which no o...
<p>A) Solved Pareto front for the Core network, showing the 3-D front (left) and projections (right ...
Upper Panel: RMSD of the sets for different values of . The minimum of the RMSD is obtained for (p...
Green dots represent all shading variants simulated in the simplified optimisation study. Graph at t...
Horizontal axis shows the ratio of efficiencies and source energy conversion factors for district c...
<p>The bold symbols correspond to a subset of five optimal phenotypes that are shown on the figures ...
<p>For , the smaller gray symbols to the left of each Pareto front indicate solutions which maximize...
<p>The effectiveness (a) and economy (b) contours radiate outwards from the archetypes, which have t...
Colored scatter plots represent 2D projections of the Pareto front approximation for the 5D-MO-ED sc...
In many multiobjective optimization problems, the Pareto Fronts and Sets contain a large number of s...
<p>(A) Pareto front of our model (open blue circles) and Thornley’s one (open red triangles). The fi...
Parameters of fitting functions for depths of control point groups of shadings in the convex hull of...
The task is to determine trade-off designs that constitute the Pareto front (blue cycles, dashed blu...
<p>(A) is the result of pareto-optimum solutions for S<sub>A</sub>, (B) is the result of pareto-opti...
We studied previously optimal shape of external shading of windows in a cellular office with an oute...
© 2017 Solving a multi-objective optimization problem yields an infinite set of points in which no o...
<p>A) Solved Pareto front for the Core network, showing the 3-D front (left) and projections (right ...
Upper Panel: RMSD of the sets for different values of . The minimum of the RMSD is obtained for (p...
Green dots represent all shading variants simulated in the simplified optimisation study. Graph at t...
Horizontal axis shows the ratio of efficiencies and source energy conversion factors for district c...
<p>The bold symbols correspond to a subset of five optimal phenotypes that are shown on the figures ...
<p>For , the smaller gray symbols to the left of each Pareto front indicate solutions which maximize...
<p>The effectiveness (a) and economy (b) contours radiate outwards from the archetypes, which have t...
Colored scatter plots represent 2D projections of the Pareto front approximation for the 5D-MO-ED sc...
In many multiobjective optimization problems, the Pareto Fronts and Sets contain a large number of s...
<p>(A) Pareto front of our model (open blue circles) and Thornley’s one (open red triangles). The fi...
Parameters of fitting functions for depths of control point groups of shadings in the convex hull of...
The task is to determine trade-off designs that constitute the Pareto front (blue cycles, dashed blu...
<p>(A) is the result of pareto-optimum solutions for S<sub>A</sub>, (B) is the result of pareto-opti...
We studied previously optimal shape of external shading of windows in a cellular office with an oute...
© 2017 Solving a multi-objective optimization problem yields an infinite set of points in which no o...
<p>A) Solved Pareto front for the Core network, showing the 3-D front (left) and projections (right ...
Upper Panel: RMSD of the sets for different values of . The minimum of the RMSD is obtained for (p...