As a base case it was used the solution proposed by Jin-Kuk Kim [3] to the problem proposed by Alva-Argaez[4].
Using the solution method proposed in 3.2, the optimal subcarrier allocation solution of (15) can be obtained by solving the following equation for (16).
Using the solution of proposed modified algebraic Riccati equation, we can construct a controller which depends on the maximum value of the time derivative of time-varying delay and guarantees a prescribed H∞ norm bound of the closed-loop transfer matrix from the disturbance to the controlled output.
For this reason, the forward solver that we propose could be further improved by using the perturbed solutions proposed in [ 28, 41, 42] for the Green's functions G and G e of Eqs.
Considering all these benefits, a NoC architecture may be expected to be applied in the automotive industry in foreseeable future and thus it has been also used in the solution proposed in this paper.
This research aims to achieve an optimal seismic retrofit method using fiber reinforced polymer (FRP) jackets and to investigate the distributions of retrofit positions and the amount of FRP using the solutions obtained by the proposed method.
In this situation, existing methods perform poorly, whereas the solution proposed uses the derivative of the correlation function and is less sensitive to the channel impulse response.
The solution proposed use the Modified Cuckoo Search algorithm in the process of optimizing the selection of particular components that influence performance of the power system, such as energy sources, water preparation systems or structure of walls.
The methodology uses the T-butt solutions proposed previously by the authors in conjunction with the stress concentration factors and the degrees of bending in the uncracked tubular joints.
A case study is conducted for which the global optimum solution is obtained using the proposed solution methodology.
