We obtain a solution to this problem as the limit of approximate finite dimensional processes.
To obtain a solution, Einstein realized that he had to add to his equations an extra term, which came to be called the cosmological constant.
Cosmological constant, term reluctantly added by Albert Einstein to his equations of general relativity in order to obtain a solution to the equations that described a static universe, as he believed it to be at the time.
To obtain a solution in this sense, it is convenient to describe the system to be controlled, which is called the plant, in terms of its internal dynamical state.
We study two algorithms with approximation ratios A and B, respectively, so we obtain a solution with approximation ratio max(A,B).
A class hierarchy of the system is presented and the related challenges to obtain a solution for the LSS are discussed.
Firstly a hybrid compact genetic algorithm solves the partitioning problem and then genetic programming is used to obtain a solution for the two other tasks.
Simulation of any system is a design activity where the time to obtain a solution has a direct effect on the productivity of the designer.
The results clearly show that, only if the press frame structure is monolithic, it is possible to obtain a solution which is truly optimal.
In this paper, a specialized branch and bound algorithm is proposed for solving the sensor network design problem, which uses certain heuristics to obtain a solution faster.
We obtain a solution of the quasilinear equation in,, on.
