Very few are aimed at systems change.
In this work a planning methodology for deep water anchor deployment in offshore platforms and floating production systems aiming at operational resources optimization is explored, by minimizing a multi criteria objective function.
Accordingly, Hammami et al. (2014) suggested a stochastic model for supplier selection aiming at optimization of multi-period system's total cost with diverse buyers and quantity discount.
The investigation culminates with the results of a parametric study of the overall peak stress in the system, an example of utilizing the approach developed based on the introduced model and aiming at facilitating structural optimization of industrial systems at the pre-design stage in the context of shock resistance.
So in this section, aiming at efficiency optimization, supplier selection is examined using DEA model.
On the premise of meeting energy demands, the China-ESPT model aims at system cost optimization, the future development of oil and gas, as well as the proportion changes of application in some typical terminal sectors.
Finally, a thermoeconomic optimization is also presented aiming at determining the optimal set of system design parameters.
Therefore, an overall system optimization aiming at minimizing the iteration latency and the amount of memory redundancy at the same time could be pursued; however, due to the huge optimization space, this task is almost unfeasible and is not considered in this work.
In Section 4, the content-oriented network slicing is formulated as an optimization problem for resource allocation aiming at minimizing the system cost for one content in the framework and solved by a heuristic algorithm called CCSOA.
This paper aims at the parameters optimization of adsorption system being operated with the novel working pair, MIL-101-isobutane, under typical conditions of ice making and air-condition.
This systematic review showed that interventions aimed at hemodynamic optimization reduced mortality.
