Duque Cardona, Juan Carlos2021-08-272021http://hdl.handle.net/10784/30155In this paper, we propose a new method to develop multiscalar industrial policies based on a spatially constrained clustering problem, the 𝑝-innovation ecosystems (𝑝-IE) model, that combines aspects of complexity, relatedness, and geography. Our formulation is motivated by recent developments of economic complexity regarding the evolution of economic output through key interactions among industries within economic regions. The objective of this model is to aggregate a set of geographic areas into a prescribed number of regions (so-called innovation ecosystems) such that the resulting regions preserve the most relevant interactions among industries and encourage the emergence of complex industries. We formulate the 𝑝-IE model as a mixed-integer programming (MIP) problem and propose a heuristic solution approach. We explore a case involving the municipalities of Colombia to illustrate how such a model can be applied and used for policy and regional development.application/pdfspaTodos los derechos reservadosDiseño de regionesEcosistemas de innovaciónComplejidad económicaTeoría de grafosdoctoralThesisinfo:eu-repo/semantics/openAccessCRECIMIENTO ECONÓMICOECONOMÍA - MÉTODOS ESTADÍSTICOSDESARROLLO ECONÓMICO - ASPECTOS SOCIALESDESARROLLO ECONÓMICO - COLOMBIARegions designProduct SpaceEconomic complexityInnovation ecosystemsAcceso abierto2021-08-27Restrepo Montoya, Daniel Eduardo338.9 R436