Browsing by Author "Andrade Rodas, Juan"
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Item Diseño e implementación de un sistema de seguridad de los armarios de telefonía fija de la Empresa Etapa en el cantón Cuenca(2009) Cabrera Campoverde, Andrés Fernando; Crespo Romero, José Luis; Andrade Rodas, JuanItem Diseño y construcción de discriminadores digitales para la recuperación de señales desde las estaciones de sismología de la red sísmica del austro(2009) Campoverde Pillco, Jorge L.; Moscoso Moscoso, Benigno H.; Andrade Rodas, JuanItem Diseño y construcción de un codificador y decodificador para un código convolucional(1997) Andrade Rodas, Juan; Doutreloigne, JanItem Elaboración de un protocolo de pruebas y procedimiento de homologación de terminales XDSL para su funcionamiento en la infraestructura de la empresa pública municipal de telecomunicaciones , agua potable, alcantarillado y saneamiento de Cuenca Etapa(2010) Ortega Armijos, José Vladimir; Andrade Rodas, Juan; Vélez, RobertoItem Estudio para implementación de servicios de Data Center basados en el modelo Cloud Computing(2013) Cabrera Duffaut, Augusto Enrique; Andrade Rodas, JuanNow a days, technology moves forward at high speed, changing its structure and showing new alternatives in terms of costumer services which represents a significant change also in infrastructure year after year, representing a hardware, software and constant TI employee capacitation and of course operational cost and other many more costs that represent a critical point inside organizations because information is the most relevant part in an organization and expenses must be done in this. That is why organizations invest in TI a lot of time, resources and effort when those resources must be put into developing the business being TI a tool to accomplish its goals. That can be accomplished by hiring outside specialized services delivering the best proposals in TI and reliving them that operational load. This is the reason why is so important to create a Data Center that offers servers hostage and Cloud Computing options under information security norms and SLAs contracts (Service Level Agreement) at just one infrastructure with an established service portfolio. Organizations share resources which is an advantage in meters of their own infrastructure implementation cost of individual services, getting access to this alternative that allowed them keep high standards in security and easy access to information without having to spend a big amount of TI resources.Item Estudio y diseño de un sistema de comunicaciones para reconectadores de la Centrosur(2009) Sánchez Loor, Luis Iván; Torres Bermeo, Pedro Adrián; Andrade Rodas, Juan; Landázuri, Emilio; Méndez, Vinicio; Torres, TitoItem Estudio y diseño de una red WIMAX para la ciudad de Cuenca(2010) Bacuilima Zhañay, Wilson Santiago; Andrade Rodas, JuanItem Evaluación de la aplicabilidad de la tecnología CDMA 450 en el Austro Ecuatoriano mediante la utilización de un modelo basado en sistemas de información geográfica(2011) Araujo Pacheco, Alcides Fabián; Andrade Rodas, JuanItem Implementación de un calibrador para estaciones sísmicas analógicas y digitales(2011) Loja Barbecho, Manuel Edgar; Matute Matute, Geovanny Armando; Andrade Rodas, Juan; Guevara Baculima, Remigio ClementeItem Implementación de un instrumento para prospección geoeléctrica mediante el método wenner-offset(2011) Arpi Déleg, Fausto Rubén; Marca Chuva, Juan Fernando; Andrade Rodas, Juan; Guevara Baculima, Remigio ClementeItem Implementación de un sismógrafo digital remoto de tres componentes con detección de eventos y georeferenciación(2010) Cobos Castro, Juan Carlos; Chin Marín, Leonardo René; Andrade Rodas, JuanItem Implementación de un sistema domótico a nivel de manzana(2012) Soliz Sinchi, Carlos Xavier; Reino Asmal, Bernardo Esteban; Andrade Rodas, Juan; Guevara Baculima, Remigio ClementeItem Implementación de un sistema inteligente de multiplexación para las estaciones de la red sísmica del Austro(2009) González García, Paúl Vladimir; Matute Matute, Juan Carlos; Andrade Rodas, Juan; Remigio, GuevaraItem Normativas de la tecnología BLP para la Superintendencia de Telecomunicaciones Regional Sur(2010) Criollo Bermeo, Olga Lucía; Andrade Rodas, JuanItem Sistema de detección de plazas disponibles para los parqueaderos del campus central de la Universidad de Cuenca(Universidad de Cuenca, 2021-04-19) Lara Serrano, Jairo Miguel; Pazmiño Moreira, Josué David; Andrade Rodas, JuanThe present experimental work proposes a solution to the management of parking spaces within the Universidad de Cuenca. The implementation of an autonomous-prototype system using Wireless Sensor Networks (WSN) and image processing presented in detail, which allows detecting the availability of eight parking spaces in the School of Engineering parking lot. The implemented prototype consists of two systems. The first, comprising two sensor modules, and the second based on image processing. The acquisition, conditioning and processing of the information is carried out by a Raspberry Pi and the visualization of the available spaces uses high brightness LED modules installed in each of the parking spaces and a single LED Panel for the whole system. Communication between the modules is done using a Wi-Fi network. Both systems work independently, allowing us to carry out a comparative analysis between the two systems, differentiating costs and efficiency of each one, and in turn complementary, with the aim of increasing the reliability of the whole system. Both systems can be complementary, the sensor-based system consists of two modules powered from the power grid. The first module (Comparator Module) is made up of three reference LDR sensors. The sensors are located, one in direct light, another semi-illuminated and the last one in shadow to be used in the detection algorithm. The system also includes a set of eight resistors of different value, in order to obtain the behavior of each LDR based on the existing lighting; It has a wemos NodeMCU v3 device, which acquires the data from each LDR sensor and sends it to the Raspberry Pi. The second module (Sensor Module) uses a multiplexer for the group of eight LDR sensors assigned to each parking lot and another multiplexer for the group of eight resistors, allowing the input selection for the microcontroller to process. The system based on artificial vision consists of a web camera located on the third-floor lot of the School of Engineering, in order to obtain a panoramic view of the entire parking lot, including the parking spaces of interest. The information obtained by the camera will is processed on the Raspberry Pi, using the Background Subtraction and Transience Map Analysis method. Once the information processing of both systems has been carried out, the response is sent to the Sensor Module and the LED Panel in order to indicate the closest available parking space.