Sentence examples for by dividing the problem from inspiring English sources

A new method of integration of mass and energy in multi-contaminant water network is presented, in which a multi-objective optimization of mass and energy is changed into a single-objective one by dividing the problem into two stages.

A project of the MIT Center for Collective Intelligence, the Climate CoLab uses a technology-enabled, crowd-based approach to tackle climate change by dividing the problem into sub-challenges, running contests that address key issues, and allowing its growing international community of more than 30,000 members to develop solutions.

We propose the alternating iterative algorithm for solving the corresponding non-convex problem by dividing the problem into several subproblems.

Both models start by dividing the problem into one of the link constraints (i.e., usage of links by streams) and medium constraints (i.e., usage of the medium by links).

In the section, we try to present a low-complexity and efficient solution by dividing the problem (mathcal {OP}_{2}) into two separate subproblems (mathcal {OP}_{2a}) and (mathcal {OP}_{2b}) as follows.

Dungey (1963) developed analytic solutions by dividing the problem into toroidal (divergence free) and poloidal (curl free) magnetic field components, linking these with the shear and fast Alfvén, ideal magnetohydrodynamic (MHD) wave modes that exist in the cold, magnetised plasma of the magnetosphere (Stix, 1962; Alfvén and Fälthammar, 1963).

The resulting optimization problem involving individual transmit power constraints is tackled using two approaches: (a) by dividing the overall problem into the problems of individual power allocation and carrier allocation and (b) by adopting relaxation of the constraints.

An efficient algorithm is then proposed to solve the joint formulation, by dividing the minimization problem into two sub-problems and solving them iteratively.

Their solution follows the divide and conquer concept by dividing the main problem into 4 sub-problems namely, host overload detection, host underload detection, VM selection and VM placement.

Joint rate, power control, and channel allocation problem to maximize the throughput of the relay-assisted SU system has been studied in [98], where an optimal solution can be obtained by dividing the original problem into a base station (BS) master problem and the relay station subproblems.

Movement of the particles will be studied by dividing the physical problem into two parts: solid phase and air phase.