Examples of using Mixed integer linear in English and their translations into Portuguese
{-}
-
Colloquial
-
Official
-
Medicine
-
Financial
-
Ecclesiastic
-
Ecclesiastic
-
Computer
-
Official/political
A method was developed using the sliding horizon concept associated with a mixed integer linear programming problem.
The present work proposes a mixed integer linear model for solving the blending scheduling problem in an oil refinery.
An efficient two-phase heuristic approach is proposed for obtaining feasible solutions to the problems,which is initially modeled as a large-scale mixed integer linear program milp.
In approaching this problem, this paper presents a mixed integer linear programming model that is evaluated under a real situation scenario.
Considering a sampling for each demand and generation scenario(with a predefinedprobability for each scenario), the proposed stochastic model can be transformed to a deterministic mixed integer linear programming problem lim.
In this masters degree dissertation,models based on mixed integer linear programming are applied for the foundationtm fieldbus(ff) scheduling problem.
A mixed integer linear programming model is presented for the problem considered. given its complexity, this problem is approached by a relatively new meta-heuristic, known as brkga biased random-key genetic algorithm.
This master thesis proposes an optimization methodology using mixed integer linear programming models to plan optimized maintenance strategies on power distribution networks.
For this, a mixed integer linear programming model for aircraft sequencing and scheduling for landing was developed, which seeks to determine discrete delays and discrete time advances, associated with the use of alternative arrival routes by aircraft, in the process of minimizing unavoidable deviations from the target landing time.
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.
In this work we present a mixed integer linear stochastic model for the long term multistage transmission expansion planning problem considering n -1 security constraints pertmrs.
The entire system is composed by a sequence of routines used to generate some parameters anda mathematical formulation based on mixed integer linear programming in which the objective function aims to maximize the global margin of the organization.
The proposed methodology and mixed integer linear programming model aimed to minimize the operational costs, taking into consideration the taxes involved and the chain inventory value.
This has two phases: in the first one, clusters of clients are formed, each group is assigned to a route and each route is served by a vehicle;in the second phase, through a mixed integer linear programming model the routing for each cluster is made while respecting hard time windows of some clients.
Thus, there was in this work to formulate a mixed integer linear programming model to assess in a time horizon of seven days of harvest, the use of road-rail modal displacement of cane from the farms to their processing plants in the triângulo mineiro region. in addition to the tra.
In order to reduce the problem complexity someassumptions have been adopted and a mathematical formulation based on mixed integer linear programming has been derived. such formulation is solved by a branch-and-cut algorithm available in a state-of-the-art commercial optimization package.
This work shows the development of a mixed integer linear programming model and a mixed integer second-order conic programming model to solve the allocation problem of fixed or switched capacitors banks in radial electrical distribution systems, with the aims to improve the voltage magnitude profile and minimize the energy losses and investment costs.
This work's goalconsists in developing and applying an optimization-based approach using a mixed integer linear programming model in real decision-making situations, along with a solution method based on mathematical programming(mip-heuristics) in order to solve the model, such as relax-and-fix.
To solve the problems cited,in this work are pre-sented approximate mixed integer linear programming models based on a linearized ac load flow model, which considers the presence of reactive power, the losses in the system and off-nominal bus voltage magnitudes. all models were written in mathematical modeling language ampl and solved with the co.
This work aims to propose, through mathematical programming, a model mixed integer linear programing- milp, for the production scheduling of the process of fruit pulp, involving restrictions on resources in the order of execution of the activities and processing times.
Based on a case study in a drinks producer anddistributor in the state of são paulo, it is proposed a mixed integer linear programming model that comprise costs with own and chartered vehicles and the number of deliverymen, and various operational constraints such as time windows in customers, multiple daily trips, time limitations for the circulation of some vehicle types in specific areas, compatibility between vehicles and customers, maximum load in each vehicle, maximum route time and minimu.
This paper presents a mixed integer second-order cone programming model(misocpm) and a mixed integer linear programming model(milpm) to solve the problem of expansion of electrical energy distribution systems(eds) on a long-term dynamic approach, considering: increasing the capacity of existing substations, installing new substations, allocation of banks of capacitors and/or voltage regulators, installation of new circuits and/or recondutoring of existing circuits and, if necessary, modification of the topology of the system.