Comparación de resultados económicos en la macro ruta central de la ciudad de Sogamoso para el aprovechamiento de residuos sólidos

La comparación de resultados económicos en la Macro ruta central de Sogamoso de la red de aprovechamiento de residuos sólidos parte de la evaluación de alternativas de investigación de operaciones, aplicables a situaciones que exigen toma de decisiones, que pasan desde la optimización de redes, la técnica de proyectos PERT/CPM, hasta el uso de software para medir eficiencia y efectividad en la búsqueda de mejores resultados. Los problemas de redes resultan ser representaciones abstractas de actividades o procesos para la determinación del camino crítico con el uso de menos recursos, en este caso económico. La Macro ruta central de Sogamoso incluye modelos de ruteo a partir de la distancia más corta donde los costos se asocian directamente con esta variable. Los modelos de ruteo considerarán a los nodos como los puntos de recogida o contenedores de punto fijo y los arcos como los caminos entre cada uno de ellos. The comparison of economic results in the Sogamoso MR-C of the solid waste utilization network is based on the assessment of operations research alternatives, applicable to situations that require decision making, in this case they go from optimization networks, to the use of software to measure efficiency and effectiveness in the search for better results. Network problems turn out to be abstract representations of activities or processes for determining the critical path with the use of fewer resources, in this case the economic one. Sogamoso's MR-C includes routing models based on the shortest distance where costs are directly associated with this variable. The routing models will consider the nodes as the collection points or fixed point containers and the arcs as the paths between each of them. The comparison of economic results in the Sogamoso MR-C of the solid waste utilization network is based on the assessment of operations research alternatives, applicable to situations that require decision making, in this case they go from optimization networks, to the use of software to measure efficiency and effectiveness in the search for better results. Network problems turn out to be abstract representations of activities or processes for determining the critical path with the use of fewer resources, in this case the economic one. Sogamoso's MR-C includes routing models based on the shortest distance where costs are directly associated with this variable. The routing models will consider the nodes as the collection points or fixed point containers a