This constraint is implemented via projection within the algorithm, where the projected solution x′ is calculated as Eq. (7).
Finally, the projected solution to alleviate the snowdrift hazard around the Concordia station is presented.
At the end of the process, the architect can assess whether the projected solution is feasible with respect to the availability of resources: e.g., number of variants.
To compute the data fidelity term (here the Euclidean distance between (tilde{P} tilde{x}) and d), the size of the projected solution has to be consistent with the acquired data.
A living lab is defined as a dynamic environment built to test project solutions in real-life contexts (e.g. cities) where several implementations performed by different stakeholders run in parallel [36].
By contrast, using classical polynomials, the exact solution differs significantly from the projected dynamics solution when it returns to the subspace.
However, this approach has not yet provided a means for comparing various potential project solutions quantitatively.
Comparison of these 10-day solutions to monthly GRACE project solutions (CSR, GFZ and JPL) shows substantial differences.
Dynamic systems integration refers to the need for the continuous adaptation of technical and organisational project solutions in response to the changes in the operational system.
Consideration of both the technical and non-technical criteria in the fuzzy optimized model, as presented in the paper, leads to novel project solutions.
