For the implementation of the model in the computer simulation, each system is represented by one or several black boxes, called meta-boxes.
After a brief introduction, goals and limitations and implementation in computer simulators, the most relevant applications of this simulation approach are presented.
Due to their innate properties [24]} and their very different implementation in different computer programmes [25] the use of resampling in this context is ill-advised, and would have made little sense here.
In addition, this new method permits a single formulation to be obtained from the MDFpPC schemes independently of the parity of the number of steps, which facilitates the design of a computational algorithm thus permitting improved implementation in a computer.
Gradient-based and genetic algorithms are used in the computer implementation.
In particular, this new model sheds light on the important concept of the reference conditions which is fundamental in the computer implementation of the FE/FFR formulation.
The general conclusion is that, in the computer implementation of distributed control systems, real-time algorithms, data transmission models and digital control methods can not be developed separately.
In the computer implementation of the SEA program, standard FEM techniques are used to reduce calculation time, including the skyline matrix technique andLDLT-matrix decomposition of the loss factor matrix.
Our implementation constructs a GO structure in the computer memory such that it can be used to efficiently query the semantic similarity between gene or protein nodes in the layout [ 38].
A compact dynamic representation of the pipe and its kinematics, for effective implementation in a computer code is developed.
