"But we also have tough times ahead of us that can't be solved with one big step".
Then the joint optimization of transmit power and transmission time can be solved with two steps: first find the optimal transmit powers as functions of the transmission time, then optimize the transmission time to minimize the EC.
"I believe that most people will trust that there is a problem that can be solved with one of the app's advertised 'solutions' and will follow the recommended steps, which may lead to an investment into unwanted apps from untrusted sources".
The above equation becomes a fourth-order equation in ψ1c to be solved with two in-plane conditions along constant x (and y) edges σ x 1 c * = 0 ⇄ x, y, v 1 c * = 0 ⇄ u, v Open image in new window (41).
By expressing [u1s, v1s] = -α [ψ1s, x, ψ1s, y ] due to the second equation v1s, x = u1s, y, Equation 58 becomes a fourth-order equation in ψ1s to be solved with two in-plane conditions along constant x (and y) edges in the present example σ x 1 s = 0 ⇄ x, y, v 1 s = 0 ⇄ v, u Open image in new window (59).
Circle pairs could be solved with two different schemas regarding 1) the horizontal position of one circle (spatial schema; for example, "a circle on the left predicts sun"), or 2) the color of one circle (non-spatial schema; for example, "a blue circle predicts rain").
To illustrate the advantage of the new approach, four typical examples are solved with three models.
The population balance model is solved with three different numerical methods namely, a continuous finite element method, a discrete-continuous finite element method and a discretized method with different high-resolution finite difference schemes for the calculation of the cell flux term.
In this work, a prototype network with such behavior is taken as example and the corresponding optimization problem is solved with three alternative methods.
The first one was solved with three local injections of low molecular weight hyaluronic acid under image intensifier, while the second one underwent spontaneous resolution.
