La práctica 8 fue realizada por la alumna Tania Tellez Mendo bajo la supervisión de la maestra Margarita Romero Alvarado como parte del curso de 4am Programación.
Tuning a complex multi-loop PID based control system requires considerable experience. In today's power industry the number of available qualified tuners is dwindling and there is a great need for better tuning tools to maintain and improve the performance of complex multivariable processes. Multi-loop PID tuning is the procedure for the online tuning of a cluster of PID controllers operating in a closed loop with a multivariable process. This paper presents the first application of the simultaneous tuning technique to the multi-input–multi-output (MIMO) PID based nonlinear controller in the power plant control context, with the closed-loop system consisting of a MIMO nonlinear boiler/turbine model and a nonlinear cluster of six PID-type controllers. Although simplified, the dynamics and cross-coupling of the process and the PID cluster are similar to those used in a real power plant. The particular technique selected, iterative feedback tuning (IFT), utilizes the linearized version of the PID cluster for signal conditioning, but the data collection and tuning is carried out on the full nonlinear closed-loop system. Based on the figure of merit for the control system performance, the IFT is shown to deliver performance favorably comparable to that attained through the empirical tuning carried out by an experienced control engineer.
Proper coupling selection: what you’re probably missingDesign World
Selecting the couplings for your motion system doesn’t exactly stretch the limits of your engineering degree. Which is exactly why we don’t dig deeper to see if we’re making the best choice. In this webinar, three coupling industry experts help you avoid making the mistakes involved with commonly overlooked details. Here, you’ll learn how to separate a good choice, from the perfect one.
Watch the webinar: http://www.designworldonline.com/proper-coupling-selection-youre-probably-missing/
Tuning a complex multi-loop PID based control system requires considerable experience. In today's power industry the number of available qualified tuners is dwindling and there is a great need for better tuning tools to maintain and improve the performance of complex multivariable processes. Multi-loop PID tuning is the procedure for the online tuning of a cluster of PID controllers operating in a closed loop with a multivariable process. This paper presents the first application of the simultaneous tuning technique to the multi-input–multi-output (MIMO) PID based nonlinear controller in the power plant control context, with the closed-loop system consisting of a MIMO nonlinear boiler/turbine model and a nonlinear cluster of six PID-type controllers. Although simplified, the dynamics and cross-coupling of the process and the PID cluster are similar to those used in a real power plant. The particular technique selected, iterative feedback tuning (IFT), utilizes the linearized version of the PID cluster for signal conditioning, but the data collection and tuning is carried out on the full nonlinear closed-loop system. Based on the figure of merit for the control system performance, the IFT is shown to deliver performance favorably comparable to that attained through the empirical tuning carried out by an experienced control engineer.
Proper coupling selection: what you’re probably missingDesign World
Selecting the couplings for your motion system doesn’t exactly stretch the limits of your engineering degree. Which is exactly why we don’t dig deeper to see if we’re making the best choice. In this webinar, three coupling industry experts help you avoid making the mistakes involved with commonly overlooked details. Here, you’ll learn how to separate a good choice, from the perfect one.
Watch the webinar: http://www.designworldonline.com/proper-coupling-selection-youre-probably-missing/
These extremely versatile traps work efficiently on both light and heavy condensate loads. Although compact in size, their discharge capacity is high and continuous, ensuring maximum heat transfer.
Next Generation Data Centers – Are you ready for scale?Ryan Hadden
The “Cloud Migration” is no longer an emergent trend but an on-going action that takes place in most organizations to meet the booming bandwidth and computing/storage capacity needs.
These extremely versatile traps work efficiently on both light and heavy condensate loads. Although compact in size, their discharge capacity is high and continuous, ensuring maximum heat transfer.
Next Generation Data Centers – Are you ready for scale?Ryan Hadden
The “Cloud Migration” is no longer an emergent trend but an on-going action that takes place in most organizations to meet the booming bandwidth and computing/storage capacity needs.
Si bien los hospitales conjuntan a profesionales de salud que atienden a la población, existe un equipo de organización, coordinación y administración que permite que los cuidados clínicos se otorguen de manera constante y sin obstáculos.
Mario García Baltazar, director del área de Tecnología (TI) del Hospital Victoria La Salle, relató la manera en la que el departamento que él lidera, apoyado en Cirrus y Estela, brinda servicio a los clientes internos de la institución e impulsa una experiencia positiva en el paciente.
Conoce el Hospital Victoria La Salle
Ubicado en Ciudad Victoria, Tamaulipas, México
Inició operaciones en el 2016
Forma parte del Consorcio Mexicanos de Hospitales
Hospital de segundo nivel
21 habitaciones para estancia
31 camas censables
13 camillas
2 quirófanos
+174 integrantes en su plantilla
+120 equipos médicos de alta tecnología
+900 pacientes atendidos
Servicios de +20 especialidades
Módulos utilizados de Cirrus
HIS
EHR
ERP
Estela - Business Intelligence
Escaneo y eliminación de malware en el equiponicromante2000
El malware tiene muchas caras, y es que los programas maliciosos se reproducen en los ordenadores de diferentes formas. Ya se trate de virus, de programas espía o de troyanos, la presencia de software malicioso en los sistemas informáticos siempre debería evitarse. Aquí te muestro como trabaja un anti malware a la hora de analizar tu equipo
