Víctor M. Larios

Universidad de Guadalajara

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Rocío Maciel

Universidad de Guadalajara

José António Orizaga Trejo

Universidad de Guadalajara

Natalia Villanueva‐Rosales

The University of Texas at El Paso

Alberto Ochoa

Universidad Autónoma de Ciudad Juárez

Jack F. Bravo‐Torres

Politecnica Salesiana University

Herwig Unger

University of Hagen

Pablo L. Gallegos-Segovia

Politecnica Salesiana University

Ruey Long Cheu

The University of Texas at El Paso

E. Julieta Cedillo-Elias

Universidad de Guadalajara

Oscar Mondragón

Hospital de Especialidades

Cooperative Institutions

Universidad de Guadalajara

Czech Technical University in Prague

The University of Texas at El Paso

Politecnica Salesiana University

Instituto Politécnico Nacional

Center for Research and Advanced Studies of the National Polytechnic Institute

Charles University

Universidad Autónoma de Ciudad Juárez

Universitat de Barcelona

Masaryk University

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Low-power device for wireless sensor network for Smart Cities

César Abelardo González-Ramírez Roberto Carlos Barragán Campos Guillermo García–Torales Víctor M. Larios

Nowadays, Wireless Sensor Networks (WSN) provide new monitoring capabilities useful in the different dimensions of Smart Cities to gather information in environment, healthcare, transport, logistics and security applications. However, wireless communication frequently requires a high power consumption which reduces the autonomy of the system. In this paper, we propose the implementation of a WSN using low-power devices for the transceiver process. This system combines sensing and data storage in a compact device with low power consumption. One device is a wireless node sensor, and the other device consists in a data storage component. The wireless network made a connection by multichannel RF communication operating at 315, 433, 868, and 915 MHz, Data storage device used a Real Time Clock (RTC) and external memory (EEPROM) to register sensor measurements. Overall system lets improve the data management using both, storage and transmission data.

Sensor node

Fixed wireless

Transceiver

10.1109/lamc.2016.7851298

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Citations (17)

Analysis of Wastewater Production to Implement Circular Economy Solutions in a Smart Cities University Campus Living Lab

2022 IEEE International Smart Cities Conference (ISC2) (2019)

Mercedes Gabriela Servin Aguilar Víctor M. Larios César Omar Mora Pérez Rocío Maciel Jesús Raúl Beltrán Ramírez

The smart management of water resources needs to be addressed urgently, especially in "water-scarce" nations. Mexico not only is the eleventh most populated country in the world, but also has a higher urbanization rate than the global average. By 2010, seventy eight percent of inhabitants lived in cities; where the challenges of distributing resources to maintain a good quality of life still exist. Approximately eighty million Mexicans experience a lack of water provisioning for at least a month and twenty million citizens continue with severe shortages during more than half a year. Guadalajara is the second biggest city in Mexico and it has launched macro projects that have not met expectations. Therefore, this paper aims to propose a scalable solution, transforming traditional practices into Smart Cities ones. This analysis considers a circular economy model using information technologies to simulate the wastewater flows at the Living Lab of a University of Guadalajara Campus and evaluate the efficiency rate of two scenarios with a virtual bioreactor in comparison with published data of an existing treatment plant in Mexico City.

Circular Economy

Living lab

10.1109/isc246665.2019.9071711

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Tackling corruption in urban development through open data and citizen empowerment: The case of “visor urbano” in guadalajara

Mario R. Arauz Yunive Moreno Raul Nancalres C. Vanessa Perez Víctor M. Larios

Discretionary permits over territory and anachronistic planning opened doors for corruption and territorial management disorder in Guadalajara municipality. The city government is to create the first platform in Latin America to integrate user orientation, application of standards for the development of the city and citizen participation, encouraging them to participate in the management of their territory. The primary objective is to tackle corruption in the city's urban development process, through citizen empowerment and the elimination of human discretional within the processes.

Language Change

10.1109/isc2.2017.8090840

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A Digital Object-based Infrastructure for Smart Governance of Heterogeneous Internet of Things Systems

2022 IEEE International Smart Cities Conference (ISC2) (2020)

Ángel Ruíz-Zafra Janet Pigueiras-del-Real Andrés Millan-Alcaide Víctor M. Larios Rocío Maciel

Several challenges arises in any Smart City ecosystem, such as the governance (management) of heterogeneous IoT (Internet of Things) systems deployed and managed by different entities. Usually, IoT-based smart city applications operate in isolation, leading to a fragmented IoT landscape that hinders the managements of the IoT systems in an integrated way. Thus, it is required the involvement of city authorities to structure and organize city-wide interventions among the different IoT systems/applications; but also it is needed the infrastructure and technology that allow these city-wide interventions between the different levels of government (from upper tier authorities to down tier) for the proper management of heterogeneous IoT systems deployed within a Smart City by public as well as private entities. In this paper we propose an infrastructure for the Smart Governance of heterogeneous IoT solutions within Smart Cities, which provides useful features such as the spread of power, security constraints and scalability, among others. The infrastructure is described through 1) a new architectural model, as an adapted version of the basic architectural model, 2) the use of Digital Objects as crucial artifacts to represent, store and interact with physical and digital elements and 3) the use of open-source technology to implements the architectural model and supports the management of the Digital Objects.

Smart City

Smart objects

10.1109/isc251055.2020.9239077

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Citations (5)

Creating resilience for climate change in Smart Cities based on the Local Food Supply Chain

2022 IEEE International Smart Cities Conference (ISC2) (2021)

Mario E. Vallejo Víctor M. Larios Veronica Gutierrez Magallanes Cecilia Cobian Maria de la Luz Guzman Castaneda

This article deals with reducing the carbon footprint in the food supply chain in Smart Cities. This sector represents one of the eight dimensions that generate more than fifty percent of global greenhouse gas emissions. During the Covid 19 pandemic, the decrease in these gases worldwide was only four to seven percent even with the overall restrictive mobility and containment measures. We develop a digital twin using a logistic case simulation of the Guadalajara Metropolitan Area (GMA) to represent the process. It is the third largest city in Mexico, with more than five million inhabitants in eight municipalities. We propose a redesign of the distribution of raw material mobility for microbusinesses oriented to the high frequency consumer, using the Taco as the most consumed economic object in the city and the country. The Agent Based Model is used to model the systems structure and simulate the dynamic evolution over time. With the results of this work, we intend to propose a methodology to contribute to resiliency to climate change in Smart Cities.

Carbon Footprint

Resilience

Containment (computer programming)

Smart City

10.1109/isc253183.2021.9562795

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Citations (6)

Aspectos que influyen en la construcción de la demostración en ambientes de geometría dinámica

RELIME. Revista latinoamericana de investigación en matemática educativa (2010)

Víctor M. Larios Noraísa González González

Resumen es: En este articulo se presentan algunas reflexiones sobre la construccion de la demostracion geometrica en el ambiente escolar del nivel medio. Asi como de...

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Applying the ALFIL Crowd Simulator to a Real Evacuation Incident : The News Divine Scenario

HAL (Le Centre pour la Communication Scientifique Directe) (2013)

César García-García Víctor M. Larios Hervé Luga

This paper presents a reconstruction of the News Divine Discoteque, one of the most well-known and welldocumented evacuation catastrophes in Mexico in recent years. A simulated evacuation is compared to the official reports using mean squared error and an error percentage.

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Air quality monitoring and correlation: a use case of Sofia and Guadalajara

2022 IEEE International Smart Cities Conference (ISC2) (2019)

Dessislava Petrova-Antonova Olga B. Mora Sanchez Víctor M. Larios Monica M. Zuluaga Ramirez

Air pollution in urban areas has increased exponentially in recent years, causing cardiovascular, respiratory, endocrine and oncology diseases, reducing the quality of life of citizens. Since the vegetation, fauna, water, and soil together with the services they support are directly affected, the air quality becomes a primary challenge for cities. This work shows the tendencies of the air pollution levels for two cities, namely the city of Sofia, Bulgaria and the city of Guadalajara, México. We performed a first correlation analysis in order to find emission patterns and display similar characteristics in both cities as well as to cooperate in jointly strategies to improve the air quality.

10.1109/isc246665.2019.9071659

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El uso de tecnologías de información en pruebas conductuales para el área de neurociencias como impacto social mejorando la calidad de vida

Revista Inventum (2020)

Jovan Ricardo Zepeda Gómez Jesús Raúl Beltrán Ramírez Rocío Maciel Víctor M. Larios José António Orizaga Trejo

Las pruebas conductuales en modelos animales permiten estudiar los efectos de distintas sustancias en el sistema nervioso central, probar tratamientos y procedimientos a diversas afecciones relacionadas con el déficit de funciones cognitivas que se presentan, tanto en animales como humanos, y por consecuencia, lograr un mejor entendimiento de estas, por ejemplo, el proceso de memoria, aprendizaje y sus mecanismos básicos. Se considera una necesidad actual la implementación de la tecnología, ya que otorga mejoras a los procesos de recolección, análisis y procesamiento de datos provenientes del desarrollo de las pruebas, con esto se vuelven más eficientes los ensayos, al reducir el tiempo de estudio al necesario para la ejecución del experimento. En el presente artículo se expone un breve acercamiento a las pruebas conductuales realizadas en algunos de los modelos animales más utilizados en el área de investigación biomédica y como la tecnología desarrollada en el área proporciona herramientas para la recolección y estudio de la información proveniente de dichas pruebas, mediante el uso de sistemas de visión artificial, análisis computacional de vocalizaciones animales, lectura de señales electrofisiológicas, entre otros.

10.26620/uniminuto.inventum.15.28.2020.76-87

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Small steps towards a smart city: Mobile application that provides options for the use of public transport in Juarez City

2022 IEEE International Smart Cities Conference (ISC2) (2019)

Luis Holguin Alberto Ochoa Víctor M. Larios Edgar Gonzalo Cossío Franco Rocío Maciel

This project developed an Android application to provide users with options on which public transportation routes to use in Juarez City. To make this possible, we went to request information from the various lines of the city to the Transportation Office of the State Government. Subsequently, various tools were developed to support the process of capturing routes, editing, and obtaining intersections between them. The solution consisted of a client-server architecture, where the client is an application for mobile devices, which is used by users, and the server is the application responsible for returning possible routes to customers. We achieve this with the help of Quadtree algorithms to partition the space and thus obtain coordinates of routes near the origin and destination. It results in an efficient manner using Dijkstra for the search of roads using the routes near the beginning and the destination. Finally, to validate its usefulness, a survey was conducted to UACJ students, which consisted of three sections, the first on personal data of the respondent, the second on the use of public transport and the third about the Android application.

Public space

Smart City

10.1109/isc246665.2019.9071728

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Citations (8)