Later on, the precedence-constrained production planning and scheduling problem, associated with multiple production line environment, were solved by Dao and Marian (2011c, 2013) with more advanced GAs.
The critical codes were protected by encapsulation as dynamic link library (DLL), the difficulties of using Java Native Access calling C++ codes in java environment were solved too.
We have applied the method to car-like robots, and simulation results are presented which show that problems involving up to five car-like robots in complex environments are solved successfully in computation times in the order of seconds, after a preprocessing step (the construction of the data-structure) that consumes, at most, a few minutes.
In connection with these problematic soils, questions of low bearing capacity, different settlement, landslides, heterogeneity of the geological environment and others are solved.
For in-space propulsion applications which involve mixed continuum rarefied environments, the flow regimes are solved separately through the use of DVM and hybrid RANS/LES solution procedures, respectively, on the same computational domain while interacting with one another.
Despite considerable systematic errors due to the fact that the proteins are solved in different environments by NMR and X-ray crystallography, there are obvious differences between the models made by the three different methods.
In order for cross-app user targeting to be fully realized, the tracking of users in a privacy-focused environment must be solved.
The NLP problem is implemented within the AMPL modeling environment and is solved using IPOPT, an interior-point NLP solver.
The problems of 2D spin-plasmon optics, based on manipulations by inhomogeneities of the system and 3D environment, can be solved.
The similar covariance estimation problem in compound-Gaussian environment has been solved in [25, 26, 31], where three different estimation strategies are introduced, including SCM, NSCM, and AML estimators.
