And improved translation equations can make the simplified model more accurate under low irradiance levels.
A Goal programming algorithm is used for system identification to make the simplified model.
Although, with very few exceptions, the previous models in the literature make the simplified assumption that this motion is planar, this is usually not true since a body will probably not be aligned with the direction of the ground motion.
To have mathematically tractable formulations for power allocation, we make the following simplified assumption [17]: begin{aligned} &{mathcal{E}}left{|t_{{mathsf{LI}},k}(n)|^{2}right} leq h_{{mathsf{LI}},k,n}mathbf{p}_{R,k,n}; &{mathcal{E}}left{|t^{(ell)}_{{mathsf{LI}},k}(n)|^{2}right} leq h^{S}_{mathsf{LI},k,n}mathbf{p}^{(ell)}_{S,k,n}, ellin{1,2} end{aligned} (10).
For this reason we make the following simplified assumption.
The (simplified) Grossman model makes the distinction between acute and preventative care, but uncertainty is not considered in this model.
It is shown that the WFE can be used to validate the assumptions made by the simplified models.
The numerical predictions are made using the simplified asymptotic curves suggested by Rindel and modified by Skålevik.
This observation illustrates that the approximation made in the simplified algorithm encounters negligible performance loss compared to the iterative optimal design.
Then, an existing JTOP in the Persian Gulf is presented to illustrate the procedure, and finally a comparison is made between the simplified method and CI-IDA results.
