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distribution rule for allocation problems with priority agents using the least square method

2024; Pablo de Olavide University; Linguagem: Inglês

10.46661/rev.metodoscuant.econ.empresa.7575

1886-516X

Julio Ponce, Arturo Giles Flores, Sandra Elizabeth Delgadillo Alemán, Roberto Carrillo, Luz Judith Rodríguez Esparza,

Optimization and Mathematical Programming

We use the least-squares method for inconsistent systems to find a new allocation rule for rationing and surplus problems. In particular, we study allocation problems considering different priorities to satisfy the agents’ demands, which influence how the distribution is carried out. The new distribution rule is proposed by choosing different inner products defined in linear algebra and providing explicit formulas for assigning resources to the agents. Moreover, we illustrate how it can recover different allocation rules by adequately defining the priorities. As an application of the rationing problem with priority agents, we consider real data for allocating police officers in the states of Mexico. In this example, the agents represent the states of Mexico, and their priorities were established based on the criminal incidence. Also, we compute and compare the resource distribution given by classic allocation rules and the percentage of loss obtained with each one.