Several aircraft design and optimization problems are successfully solved using the developed framework.
Several test problems are successfully solved using the DBO approach and solutions are compared to those available in the literature, demonstrating significant reduction of computational time in comparison to the traditional structural optimization method.
Finding the optimum transformations (correction matrix) is, however a complex nonlinear optimization problem, which has been successfully solved by using a PSO algorithm.
If the patient has any complications or clinical situations that have not been successfully solved, despite the use of all resources available by the first level treatment provider, and which have proved to be insufficient, despite good adherence by the patient to treatment, due to the complexity of the case.
The mathematical programming based solvent design framework is successfully solved for ethanol extractive fermentation using an outer approximation approach.
Despite having 8 Å shorter crystallographic a axis, 5 Å shorter b axis and 5° smaller β angle than the previously reported crystal of DltA/D-alanine adenylate complex, the structure was successfully solved by rigid-body refinement using the previously determined BcDltA structure (PDB code 3DHV) as the starting model.
The resulting coupled nonlinear integral differential equations are successfully solved for the first time by using the discrete singular convolution (DSC), a relatively new numerical approach, together with the Newton Raphson method.
The tasks could not be successfully solved based on orthography alone, therefore ensuring that the participants had to use their 'inner speech' to solve the tasks.
The red line represents all the CASP7 decoys built using the Rosetta loop modeling protocol, for which the corresponding target was successfully solved, with the associated total poke cost per decoy.
