Sentence examples for mathematical objective from inspiring English sources

The mathematical objective function established in the solution process aims to minimise the total cost, which consists of the material transportation cost between the relevant site facilities and the dismantling, setup and relocation costs for all of the involved site facilities in each construction stage.

This ability to cast the problem in terms of a mathematical objective guides algorithm design (Rahmann et al., 2007; Wittkop et al., 2007); methods that add edges to dense subgraphs and remove edges in sparse regions are promising candidates for family classification.

The mathematical optimisation objective function is penalised to account for non-conservative prediction of the failure load for any test case.

Actually, there are more than twenty mathematical multi-objective optimization techniques, and most of them compromise the objects to find pareto-optimal solutions from which the optimal design is chosen for a certain application.

Then, the problem is formulized as a mathematical four-objective model.

A mathematical multi-objective game model is proposed to enhance understanding of ISN issues and motivate improvements of economic, resources and environmental sustainability.

Also all mathematical multi-objective models of general RAP assume that the type of redundancy strategy for each subsystem is predetermined and known a priori.

In addition to the above mentioned aggregation procedures and synthesizing criteria, fuzzy logic [109], decision rules [110], multi-objective mathematical programming [111], and objective classification [112] have been employed to improve the performance of the MCDM approaches.

Then ϵ-constraint method is utilized to transfer the multi-objective mathematical model to a mono objective one.

The design of an axial-flow compressor stage for subcritical Mach numbers has been formulated as a non-linear multi-objective mathematical programming problem with the objective of minimizing the aerodynamic losses and the weight of the stage, while maximizing the compressor's stall margin.

The model proposed is based on DEA and is formulated as a multi-objective mathematical model to consider the objectives and constraints of the different stages of the innovation process.