An illustrative example is given to verify the effectiveness and correctness of the proposed method, furthermore, random disturbance is added in the numerical simulation in order to verify the robustness of the proposed approach.
Furthermore, in-furrow planting method resulted in 13.5% enhancement in safflower seed yield due to the better soil conditions (temperature and moisture) that is provided by this technique.
There is no restriction on the ordering and we obtain more accurate approximations to the dimension than previous methods and furthermore, in certain cases even an exact value can be found.
Large collaborations need to coordinate high-stakes analyses using multiple methods; furthermore such analyses have grown in complexity due to sophisticated models of cosmology and systematic uncertainties.
However, single crystals are necessary to investigate the mechanism underlying the BPVE and bandgap engineering methods are furthermore required in order to increase their optical absorption in the visible region of the solar spectrum.
Furthermore, in our method, we simply determined T = 10, δ = 5, and R = 6.
In this case, the problem becomes much more difficult than those of Cases 1 and 2. Furthermore, in our method, it becomes difficult to model this degradation process.
Furthermore, in this method, it is possible to take into account particle fatigue and attrition not only in straight pipe sections but also in bends.
Furthermore, in our method, the upper bound of random delay can be estimated to indicate the operating domain of proposed PI/PID controller.
Furthermore, in this method, the configuration space has half the dimension of the state space, so that the technique has obvious computational advantages.
