Óptimo despliegue y enrutamiento de UDAP para infraestructura de medición avanzada basada en el algoritmo MST

Ganán, Cristian; Inga, Esteban; Hincapié, Roberto

doi:10.4067/s0718-33052017000100106

Cited by 7 publications

(2 citation statements)

References 24 publications

(37 reference statements)

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“…At the local level, ref. [47] proposes an algorithm for the routing of UDAPs based on a minimum spanning tree algorithm, considering coverage and capacity restrictions in the concentrators. On the other hand, in [48], a summary is presented that integrates the actors, processes, and functionalities associated with smart metering and everything related to the benefit of using these technologies.…”

Section: Related Workmentioning

confidence: 99%

Optimal Placement of UDAP in Advanced Metering Infrastructure for Smart Metering of Electrical Energy Based on Graph Theory

Machado

Inga

2022

Electronics

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This paper presents an algorithm to optimize the deployment of hubs for smart energy metering based on the Internet of Things. A georeferenced scenario is proposed in which each user must connect to a concentrator, either directly or through another user, minimizing the resources required to achieve connectivity. Consequently, to carry out the optimization, the minimum spanning tree between devices is found, in which the maximum connection distance and the capacity of the hubs are limited. Additionally, this work seeks to achieve a scalable algorithm applicable to any georeferenced scenario to be simulated. The main contribution of this work is an IoT-based smart metering architecture that optimizes resources and adapts to a scenario that changes or integrates more users to the energy metering network without losing the connectivity of the initial users. As a result of the application of the algorithm, a scenario route map is generated. The scenario’s parameters include the number of hops in the network, the optimal number of concentrators and their geographical location, the average number of hops, and the total distance of the path, among others. In this project, a georeferenced urban scenario was considered in which residential areas coexist with intelligent buildings. The scenario has growth stages in which the algorithm is applied, and in each one, the optimal route map is generated.

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Section: Related Workmentioning

confidence: 99%

Optimal Placement of UDAP in Advanced Metering Infrastructure for Smart Metering of Electrical Energy Based on Graph Theory

Machado

Inga

2022

Electronics

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“…La diferencia que podemos presentar entre estos dos algoritmos es que Kruskal me dará un camino optimo pero también me ayudara a reducir los costos de metraje en cambio el algoritmo Prim me da igualmente el camino optimo pero su metraje siempre será un costo superior, con la utilización de estos algoritmos visualizamos gráficos tanto como: los puntos de acceso, usuarios y el camino óptimo de la red [18].…”

Section: Cobertura De Comunicaciones Alámbricasunclassified

Optimización de cobertura para lugares georreferenciados

Rodríguez-Herrera

Angamarca-Guamán

Inga

2017

ITECKNE Innovación E Investigación en Ingeniería

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Resumen− En este artículo se presenta un análisis de las redes alámbricas e inalámbricas en los métodos tradicionalmente utilizados al aire libre, consideraremos la optimización en función de la capacidad, la cobertura e interferencia de un escenario georreferenciado; nos basaremos en el uso de algoritmos que nos ayudarán a la simulación de la conexión más óptima, el cual nos permitirá tener un nuevo análisis del escenario y ser capaz de ahorrar en los presupuestos de los equipos, conexiones y tiempo de instalación, así podemos garantizar la cobertura total para los usuarios. El cual el instalador tendrá la posibilidad de ver la conexión más adecuada para su escenario. El resultado del algoritmo presentado en una gráfica se podrá visualizar tanto la capacidad como la cobertura de la red de comunicación. Empezaremos con una cobertura mínima hasta llegar a la cobertura total de todos los usuarios.Palabras clave− Capacidad, cobertura, kruskal, optimización, Outdoor, Prim.Abstract− This article presents an analysis of the wired and wireless networks in the methods traditionally used outdoors, we will consider the optimization based on the capacity, coverage and interference of a georeferenced scenario; we will be based on the use of algorithms that will help us to simulate the optimal connection, which will allow us to have a new analysis of the scenario and be able to save on equipment budgets, connections and installation time, so we can guarantee the total coverage for users. The installer will have the possibility to see the most suitable connection for your scenario. The result of the algorithm presented in a graph will be able to visualize both the capacity and the coverage of the communication network. We will begin with a minimum coverage until we reach the total coverage of all users.

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Routing Protocols Implementation for WSN Using Optimal Dimensioning

Castel,

Inga

2023

Communications in Computer and Information Science

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Óptimo despliegue y enrutamiento de UDAP para infraestructura de medición avanzada basada en el algoritmo MST

Cited by 7 publications

References 24 publications

Optimal Placement of UDAP in Advanced Metering Infrastructure for Smart Metering of Electrical Energy Based on Graph Theory

Optimal Placement of UDAP in Advanced Metering Infrastructure for Smart Metering of Electrical Energy Based on Graph Theory

Optimización de cobertura para lugares georreferenciados

Routing Protocols Implementation for WSN Using Optimal Dimensioning

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