Examples of using Optimization model in English and their translations into Portuguese
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An optimization model for waste paper network planning, BP. IC.
The priorities to the user¿s water right volumes allocation were attained via a multicriteria and multi-decision maker approach and a water right optimization model.
This optimization model was developed using lingo software to interface with excel and evaluate diversi.
This paper seeks to initiate studies for the investment portfolios optimization model called risk parity in the brazilian scene.
This work proposed an optimization model regionalization of flow duration curves for the para region.
This work presents a methodology to solve the fault section estimation problem in power systems, through a model based on an unconstrained binary programming optimization model.
In this study,the nelder& mead optimization model was used and t-student¿s statistics was applied for goodness of fit analysis.
Thus, with the available database it was possible to design a forest management problem representative of reality and develop an optimization model which showed effective results suitable in all scenarios evaluated.
The Portfolio Optimization model calculates the optimal capital weightings for a basket of investments that gives the highest return for the least risk.
For this, the work combines a price forecast model for the spot market to a portfolio optimization model, which minimizes, through diversification, the risk for a given level of return required.
An optimization model for the simultaneous synthesis of a md system applied to the seawater desalination process is first developed.
Equating the magnetic andelectric motor circuits is presented and after an optimization model that encompasses electromagnetic(performance) and thermal analysis(temperature rise) is jointly developed.
The optimization model solution process employs genetic algorithms and weighting of the objectives of the method for obtaining a set of pareto optimal solutions.
Starting from classic formulation, three alternatives for constraints treatment were proposed culminating in an unconstrained and limited optimization model by using a new decision variable: monthly available volume fraction.
The method is applied by adapting the optimization model currently used by the energy research company-epe for this purpose, called planel.
An optimization model, based on mixed linear integer programming(milp), was built and solved for the obtainment of optimal configuration and operation of the energy supply system under economic and environmental viewpoints.
For this we used a model of geospatial data capture by satellite that was called desert-map, an optimization model based on mixed integer linear programming and compartmental modeling for demand to characterization.
This work presents an optimization model for horizontal-axis hydrokinetic turbines, which taken into account a correction to prevent the cavitation effect.
Our aim is to establish a method to locate pre-positioned materials used in disaster relief through a two-stage stochastic optimization model and a multi-criteria decision analysis that consider quantitative and qualitative parameters.
This work presents an optimization model to the problem of distribution of earthmoving materials as a function of unit cost of the services involved.
The optimization model contemplates to minimize three objectives such as cost of unserved energy due to failures related to the vegetation, maintenance costs such as pruning or removal of trees, and an indication of system unreliability due to continuity of service based on fec equivalent frequen.
This dissertation presents an optimization model applied to the economic balance of energy cogeneration, alcohol and sugar production in the sugarcane industry.
In this research, an optimization model that encompasses the use of different technologies for energy generation and technological pathways for processing of waste through processes of thermal, biological and recyclable was analyzed.
The methodology of this work uses an optimization model consists of non-linear programming, integer and mixed to schedule the starting and the shutdown of the motor-pump set in lift.
It was proposed an optimization model formulated as a mixed integer nonlinear programming problem(minlp) in order to minimize the total annualized cost(tac) for synthesis of hen with multi-period operation.
In this work it is proposed an optimization model that aims to allocate distributed generation and determine the optimum power injection at this point, considering three load levels.
This problem is formulated as an optimization model based on the linearized power flow and circuit limits where the objective is to minimize the investments in the transmission system.
Thus, this work presents an optimization model, with the objective of analyzing the impact of input parameters on the behavior of the variables involved in selection and operations of these resources.
The research¿s objective is to propose an optimization model 0-1 in order to minimize the likelihood of pests proliferation among planted crops, considering constraints demand, lots occupation, crops growing period and planning time.
The thesis was conducted through an optimization model(software heeds) with a program of computational fluid dynamic(starccm++) used to evaluate possible candidates generated by a parametric model geometry, the auv(autonomous underwater vehicle) darpa suboff.