Sentence examples for simultaneously formulating from inspiring English sources

Being professional included expressing interest while simultaneously formulating a response.

In their study, they describe that, while staff members are aware of residents' rights to user involvement and they see resident influence as desirable, they simultaneously formulate accounts to justify their inability to meet this ideal.

A more straightforward approach would be to solve the TRN and metabolic networks simultaneously by formulating both problems in a single optimization.

In this paper, we consider the part flow in a high-quality relay production system applying the corrective assembly approach by incorporating machining, measurement and reprocessing errors simultaneously, and formulate the production rate of high-quality products satisfying the predetermined assembly tolerance.

First, multiple objective functions needing to be optimized simultaneously are formulated from different conditions of needs and cost, then a genetic algorithm is used to provide all possible routes of the network hub structure, and robust optimal network solution for multi-objective optimization is searched.

Both batch and fed-batch experimental observations are simultaneously employed to formulate the parameter estimation problem.

A problem of topology optimization is formulated, simultaneously searching for the regions to be strengthened and the optimal pointwise inclination of the reinforcement.

Process variables are optimized simultaneously with the plant structure by formulating the whole optimization problem as a non linear programme (NLP).

As an optimization tool, the Taguchi method is adopted due to its simplicity and cost-effectiveness both in formulating an objective function and in satisfying multiple constraints simultaneously.

A Binary-Mixed-Integer-Linear-Program (BMILP) is formulated to simultaneously optimize lane markings, dynamic usage of the reversible lane, and signal timings for the new SDI system.

A general constrained MO problem (MOP) was formulated to simultaneously optimize quasi-steady-state reactor throughput and overall precursor conversion for the controlled deposition of ZnO films from Zn(C2H5 2 and H2O, subject to a set of operational constraints.