Equations (86)–(89) include six unknown coefficients and allow us to find the solutions in terms of the two unknown coefficients.
The simulator starts from a model based on the description of the problem that includes all the significant elements that may affect the design process, in order to find an optimal solution in terms of reliability and safety.
The aim was to find the optimum solution in terms of structural vibration and thus reduce resonance effects which are perceived more strongly than for tracks at-grade, as the vibration of bridge components adds to the rolling noise.
"We're all working to try to find the right solution in terms of the size of the house and the impact that this play could have on the cultural scene in New York, which includes Off Off Broadway," Ms. Ostrow said.
In particular, the simple ellipsoid of revolution is studied, and solutions found in terms of the spatial trajectories of the lamination parameters VIj.
For the motion detection, our mapping algorithm (Section 4) finds optimal mapping solutions in terms of storage (column 5).
An exact solution is found in terms of an infinite series for the case of mixture fraction fluctuations at the inlet boundary.
To find the sharp constant K 1 in (2.1) we consider a more general problem: find V ( d ), where V ( d ) is the solution of the following maximization problem: V ( d ) : = sup { u ( 0 ) 2 : u ∈ l 2 ( Z ), ‖ u ‖ 2 = 1, ‖ D u ‖ 2 = d }, (2.4 where 0 < d < 4. Its solution is found in terms of the Green's function of the corresponding second-order self-adjoint positive operator, see [1, 18].
Exact solutions were found in terms of hypergeometric functions, and a comparison of analytical and numerical results was shown.
The single-hop sum-rate maximization problem is non-convex and NP-hard, i.e., its globally optimal solution cannot be found efficiently in terms of computational complexity[14].
