Laboratorios remotos: estudio de caso con una planta térmica didáctica

This paper presents the results of research project whose objective was to analyze, design, implement and verify a remote laboratory from a didactic thermal plant installed in the Technological Faculty of the Distrital Francisco José de Caldas University. During the execution of this project, several technical challenges of a hardware-software-web development were presented, such as: the selection of plant variables to be uploaded, which actions that could be performed remotely, what hardware and software platform would respond to the technical requirements, what is the availability of the web server, what is the best user-friendly interface to a remote user and how to have low response times. The justification of a remote laboratory can be seen in the need that is in engineering teaching programs -or training of qualified personnel- to practice control, instrumentation, automation with real plants when there is trouble with the availability of resources and staff. For this, it is proposed achieve this taking advantage of the advances in technologies like IoT (Internet of Things) and offer alternatives that are worth studying.en este documento se presentan los resultados del proyecto de investigación cuyo objetivo fue analizar, diseñar, implementar y verificar un laboratorio remoto a partir de una planta térmica instalada en una sala de investigación de la Facultad Tecnológica de la Universidad Distrital Francisco José de Caldas. Por lo anterior, se obtiene un laboratorio implementable en programas de enseñanza de la ingeniería -o entrenamiento de personal calificado- para realizar prácticas de control, instrumentación, y automatización con plantas reales, en ausencia de recursos y personal suficientes. Se ilustra la superación de retos tecnológicos propios de un desarrollo hardware-software-web tales como: selección de las variables de la planta, acciones remotas, plataforma de hardware y software sujetas a requerimientos técnicos, disponibilidad del servidor web, interfaz amigable para usuarios remotos, así como estimación de tiempos de respuesta. Esta propuesta establece una metodología de aprovechamiento de los avances en tecnologías como IoT (Internet of Things), ofreciendo alternativas técnicas que valen la pena asumir en futuras implementaciones

Diseño de un criptosistema para redes de sensores inalámbricos WSN basado en MPSOC

Magíster en Ingeniería EléctricaMaestrí

Remote laboratories: case study with a didactic thermal plant

en este documento se presentan los resultados del proyecto de investigación cuyo objetivo fue analizar, diseñar, implementar y verificar un laboratorio remoto a partir de una planta térmica instalada en una sala de investigación de la Facultad Tecnológica de la Universidad Distrital Francisco José de Caldas. Por lo anterior, se obtiene un laboratorio implementable en programas de enseñanza de la ingeniería -o entrenamiento de personal calificado- para realizar prácticas de control, instrumentación, y automatización con plantas reales, en ausencia de recursos y personal suficientes. Se ilustra la superación de retos tecnológicos propios de un desarrollo hardware-software-web tales como: selección de las variables de la planta, acciones remotas, plataforma de hardware y software sujetas a requerimientos técnicos, disponibilidad del servidor web, interfaz amigable para usuarios remotos, así como estimación de tiempos de respuesta. Esta propuesta establece una metodología de aprovechamiento de los avances en tecnologías como IoT (Internet of Things), ofreciendo alternativas técnicas que valen la pena asumir en futuras implementaciones.This paper presents the results of research project whose objective was to analyze, design, implement and verify a remote laboratory from a didactic thermal plant installed in the Technological Faculty of the Distrital Francisco José de Caldas University. During the execution of this project, several technical challenges of a hardware-software-web development were presented, such as: the selection of plant variables to be uploaded, which actions that could be performed remotely, what hardware and software platform would respond to the technical requirements, what is the availability of the web server, what is the best user-friendly interface to a remote user and how to have low response times. The justification of a remote laboratory can be seen in the need that is in engineering teaching programs -or training of qualified personnel- to practice control, instrumentation, automation with real plants when there is trouble with the availability of resources and staff. For this, it is proposed achieve this taking advantage of the advances in technologies like IoT (Internet of Things) and offer alternatives that are worth studying

Laboratorios remotos: estudio de caso con una planta térmica didáctica

This paper presents the results of research project whose objective was to analyze, design, implement and verify a remote laboratory from a didactic thermal plant installed in the Technological Faculty of the Distrital Francisco José de Caldas University. During the execution of this project, several technical challenges of a hardware-software-web development were presented, such as: the selection of plant variables to be uploaded, which actions that could be performed remotely, what hardware and software platform would respond to the technical requirements, what is the availability of the web server, what is the best user-friendly interface to a remote user and how to have low response times. The justification of a remote laboratory can be seen in the need that is in engineering teaching programs -or training of qualified personnel- to practice control, instrumentation, automation with real plants when there is trouble with the availability of resources and staff. For this, it is proposed achieve this taking advantage of the advances in technologies like IoT (Internet of Things) and offer alternatives that are worth studying.En este documento se presentan los resultados del proyecto de investigación cuyo objetivo fue analizar, diseñar, implementar y verificar un laboratorio remoto a partir de una planta térmica instalada en una sala de investigación de la Facultad Tecnológica de la Universidad Distrital Francisco José de Caldas. Por lo anterior, se obtiene un laboratorio implementable en programas de enseñanza de la ingeniería -o entrenamiento de personal calificado- para realizar prácticas de control, instrumentación, y automatización con plantas reales, en ausencia de recursos y personal suficientes. Se ilustra la superación de retos tecnológicos propios de un desarrollo hardware-software-web tales como: selección de las variables de la planta, acciones remotas, plataforma de hardware y software sujetas a requerimientos técnicos, disponibilidad del servidor web, interfaz amigable para usuarios remotos, así como estimación de tiempos de respuesta. Esta propuesta establece una metodología de aprovechamiento de los avances en tecnologías como IoT (Internet of Things), ofreciendo alternativas técnicas que valen la pena asumir en futuras implementaciones

Role of Incretins in Muscle Functionality, Metabolism, and Body Composition in Breast Cancer: A Metabolic Approach to Understanding This Pathology

A poorly studied issue in women with breast cancer is the role of incretins (GIP (glucose-dependent insulinotropic polypeptide) and GLP-1 (glucagon-like peptide-1)) in the quantity and quality of muscle mass in lean and obese individuals. The current report aims to analyze the patterns of association and the role of incretin in muscle functionality and body composition in women with cancer compared with healthy women (mammography BI-RADS I or II) to elucidate whether GIP and GLP-1 can be used to estimate the risk, in conjunction with overweight or obesity, for breast cancer. We designed a case–control study in women with a breast cancer diagnosis confirmed by biopsy in different clinical stages (CS; n = 87) and healthy women with a mastography BI-RADS I or II within the last year (n = 69). The women were grouped according to body mass index (BMI): lean (2BS), overweight (≥25–2BS), and obese (≥30 kg/m2BS). We found that GLP-1 and GIP levels over 18 pg/mL were associated with a risk of breast cancer (GIP OR = 36.5 and GLP-1 OR = 4.16, for the entire sample), particularly in obese women (GIP OR = 8.8 and GLP-1 OR = 6.5), and coincidentally with low muscle quality indexes, showed an association between obesity, cancer, incretin defects, and loss of muscle functionality

Mis casos Clínicos de Odontopediatría y Ortodoncia

Libro que conjunta casos en el área de Odontopediatría y OrtodonciaEs para los integrantes de la Red de Investigación en Estomatología (RIE) una enorme alegría presentar el tercer libro del 2021, sobre casos clínicos, revisiones de la literatura e investigaciones. La RIE está integrada por cuerpos académicos de la UAEH, UAEM, UAC y UdeG