Sentence examples for solution can be set from inspiring English sources

But, for ( T > T^ ) the optimal solution can be set out as follows.

Hence, the truncation of the infinite precision solution can be set as a good initial point and we are required to search the neighborhood of the initial point in the integer space.

With integrations of H.264 IP accelerators into the system framework, a complete system-on-platform solution can be set up to realize the H.264 video encoding system.

Therefore, the optimal solution can be set out as follows: T^ = left{ {begin{array}{ll} {sqrt[{varepsilon + 2}]{{frac{2KP}{{left( {varepsilon + 1} right)left( {P - D} right)h_{0} D}}}}} & {T > T^ {frac{2K}{{h_{hbox{min} } D}}} & {T le T^ end{array} } right.

Can the authors suggest some possible ways in which a tentative solution can be set up that could be discussed and adopted in critical assessments of function prediction tools?

The accuracy of a prediction based on the expected number of solutions is discussed; it is shown that the variance of the number of solutions can be used to set bounds on the phase transition and to indicate the accuracy of the prediction.

This guarantees that an optimal solution can be found by setting a large-enough limit on the number of surface gateway nodes, N. Finally, the data generation rate at each underwater sensor is set to 1 packet per second.

The steady state solution can be obtained by setting the left-hand sides of Eqs.

One issue with this approach is that no solution can be achieved if the goals are set unreasonably by DMs for MOPs with a discontinuous PF.

The uniqueness of the solution can be attained if more boundary conditions are set to the problem.

We show that the unique positive solution can be found in a product set, and that it can be approximated by constructing iterative sequences for any given initial point of the product set.