#Variable Controlada

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#Variable Controlada Reel by @instrumentation_to_go - La variable controlada y la variable manipulada. ✨️ La variable controlada es la cantidad o condición física del proceso que se desea mantener en el
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@instrumentation_to_go
La variable controlada y la variable manipulada. ✨️ La variable controlada es la cantidad o condición física del proceso que se desea mantener en el punto de ajuste establecido. 👍 Esta variable es la que mide el transmisor y la envía al controlador, este la compara con un valor de referencia y si hay una diferencia, manda una señal correctiva al elemento final de control. 😎 La variable que es cambiada por el elemento final de control, es la variable manipulada. Este cambio sirve para permitir que la variable controlada permanezca en el punto de ajuste. Si este video te parece interesante, regaláme un like y compártelo! ❤ . . . #instrumentacionindustrial #instrumentacionycontrol #instrumentacion #lazodecontrol #control #variable #variablecontrolada #variablemanipulada
#Variable Controlada Reel by @emcapsulation - Learn about static global variables in C++. Static global variables have static storage duration, so their lifetime is the entire program duration. An
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@emcapsulation
Learn about static global variables in C++. Static global variables have static storage duration, so their lifetime is the entire program duration. And they have internal linkage. This means they are only visible in the same translation unit in which they were defined, so cannot be referred to in another file!
#Variable Controlada Reel by @juanbautistach - ✅️Diferencia entre variable controlada y variable manipulada #ControlAutomatico #instrumentacionindustrial #instrumentacion #sensores #Transmisores #P
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@juanbautistach
✅️Diferencia entre variable controlada y variable manipulada #ControlAutomatico #instrumentacionindustrial #instrumentacion #sensores #Transmisores #ProcesosIndustriales #ingenieria #señaldecontrol #procesoindustrial #instrumentista #analizadores #sistemadecontrol #controlindustrial #setpoint #ingenieria #transductores #mediciones #circuitoselectricos #circuitoselectronicos #industrias
#Variable Controlada Reel by @pypromx - ¿Por qué suben helados y ahogamientos a la vez? Spoiler: no es causa-efecto. Te muestro el confusor (verano) y qué resuelve la inferencia causal: efec
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@pypromx
¿Por qué suben helados y ahogamientos a la vez? Spoiler: no es causa-efecto. Te muestro el confusor (verano) y qué resuelve la inferencia causal: efectos de intervenir. #DataScience #Estadistica #Causalidad #Correlacion #InferenciaCausal #MachineLearning #CienciaDeDatos
#Variable Controlada Reel by @atarabyte (verified account) - The Voltage Law!! Let's talk about Kirchhoff's 2nd Law or the Voltage Law! I've used this in my reels before to solve for our total voltage within a
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@atarabyte
The Voltage Law!! Let's talk about Kirchhoff's 2nd Law or the Voltage Law! I've used this in my reels before to solve for our total voltage within a circuit! It's really simple to learn and important to remember! • • • • • #electronics #engineering #engineer #electricity #electrical #math #maths #science #stem #womeninstem #
#Variable Controlada Reel by @rakshith_prabha - Variable concept in C++ programming, learned from @eduprogramming ( @prabha.janagama ). A variable is a memory location that is used to store informat
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@rakshith_prabha
Variable concept in C++ programming, learned from @eduprogramming ( @prabha.janagama ). A variable is a memory location that is used to store information. We can use this variable throughout our program. syntax: dataType variableName = value; #variable #cplusplus #cplusplusprogramming #codinglife #schoollife #coding
#Variable Controlada Reel by @engrprogrammer2494 - Triple Inverted Pendulum Control with LQR & UKF in MATLAB How do engineers stabilize one of the most unstable nonlinear systems? This project demons
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@engrprogrammer2494
Triple Inverted Pendulum Control with LQR & UKF in MATLAB How do engineers stabilize one of the most unstable nonlinear systems? This project demonstrates a triple inverted pendulum on a cart, controlled using optimal control and advanced state estimation techniques. The simulation shows how three highly unstable pendulums can be stabilized simultaneously using LQR, while the Unscented Kalman Filter (UKF) accurately estimates system states under noisy conditions. Built entirely in MATLAB, this project combines nonlinear dynamics, numerical linearization, optimal control, and probabilistic estimation to achieve stable real-time behavior. ⚙️ Project Highlights: ✅ Nonlinear dynamic modeling of triple pendulum system ✅ State-space formulation via numerical linearization ✅ LQR optimal control for multi-link stabilization ✅ Unscented Kalman Filter (UKF) for state estimation ✅ Robust performance under process & measurement noise ✅ Real-time simulation with true vs estimated comparison ✅ Smooth stabilization from unstable initial conditions ✅ High-quality MATLAB animation and visualization From extreme instability to precise balance, this simulation demonstrates how modern control and estimation techniques handle complex nonlinear systems used in robotics, aerospace, and autonomous platforms. 📊 Perfect for: • Control Systems students • Robotics & Automation engineers • MATLAB learners • Mechatronics researchers • Final year engineering projects 💡 A system that is nearly impossible to control manually… can be stabilized using optimal control and intelligent estimation. 🔥 Save this post if you’re into robotics and control systems! 👇 Comment “Triple Pendulum” if you want the MATLAB project files and report. #MATLAB #ControlSystems #LQR #UKF #KalmanFilter RoboticsEngineering Automation EngineeringSimulation Mechatronics ControlEngineering NonlinearSystems STEM EngineeringProjects TechReels
#Variable Controlada Reel by @math.idea.ec - 🔍📐 Derivación Implícita mediante Derivadas Parciales: Una Herramienta del Cálculo Multivariable 🧠 Uso de la fórmula \frac{dy}{dx} = -\frac{\partial
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@math.idea.ec
🔍📐 Derivación Implícita mediante Derivadas Parciales: Una Herramienta del Cálculo Multivariable 🧠 Uso de la fórmula \frac{dy}{dx} = -\frac{\partial F/\partial x}{\partial F/\partial y} para funciones definidas implícitamente. Este contenido visual presenta el método de derivación implícita basado en derivadas parciales, un enfoque eficiente cuando la relación F(x,y) = 0 no permite despejar explícitamente la variable dependiente. ▶️ Fundamentación teórica: Dada una ecuación F(x,y) = 0 que define a y como función implícita de x , y bajo condiciones de diferenciabilidad y que \partial F/\partial y \neq 0 , se tiene: \frac{dy}{dx} = - \frac{\frac{\partial F}{\partial x}}{\frac{\partial F}{\partial y}} Esta relación se deduce directamente del teorema de la función implícita y evita la necesidad de manipulación algebraica extensa. ⚙️ Aplicaciones prácticas: ➡️ Análisis de curvas definidas por ecuaciones no lineales en geometría analítica. ➡️ Optimización en problemas de economía y teoría de juegos con restricciones implícitas. ➡️ Modelado en termodinámica y mecánica donde las variables están acopladas. ➡️ Herramienta fundamental en métodos numéricos para resolver ecuaciones diferenciales. 📌 Ventaja metodológica: Permite calcular derivadas incluso cuando la función y(x) no está expresada de forma explícita, ampliando el alcance del análisis matemático en situaciones complejas. 👨🔬 Dirigido a: Estudiantes y profesionales de cálculo avanzado, matemáticas aplicadas, ingenierías y ciencias económicas que trabajan con modelos implícitos. 💬 ¿Has utilizado este método en lugar de la derivación implícita tradicional para simplificar algún cálculo en tus proyectos o investigaciones? Comparte tu experiencia en los comentarios. — Comparte este recurso con quienes busquen profundizar en técnicas de derivación y aplicaciones del cálculo multivariable. . . . . . . . . . . . . . . . . #maths #mathstricks #calculus #derivatives #mathematics #mathematik #engeneering #university #epn #uce #aprende #aprendizaje #nivelacion #paratii #fypシ❤️💞❤️ #mathidea
#Variable Controlada Reel by @merlinomaths - 🔹 Negative Determinant in 3D In linear algebra, a linear transformation f: V → V between vector spaces can be represented by a matrix once we fix an
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@merlinomaths
🔹 Negative Determinant in 3D In linear algebra, a linear transformation f: V → V between vector spaces can be represented by a matrix once we fix an input basis B1 and an output basis B2. The notation M(f, B1, B2) denotes the matrix of f with respect to these bases. How is it built? Take each vector of the input basis B1 = {v1, v2, v3}. Compute its image: f(v1), f(v2), f(v3). Express each image in coordinates with respect to the output basis B2. Place these coordinate vectors as the columns of the matrix. So M(f, B1, B2) encodes, column by column, the coordinates of the images of the basis vectors of B1. If we use the same basis for both input and output (for example, the canonical basis B of R³), then M(f, B, B) directly tells us the transformed vectors in the same coordinate system. In the example we are visualizing: The vector e1 (the x-axis unit vector) remains unchanged. The vector e3 (the z-axis unit vector) also remains unchanged. The vector e2 (the y-axis unit vector) flips direction: from (0,1,0) to (0,−1,0). This creates a very typical situation: The parallelepiped generated by {f(e1), f(e2), f(e3)} has the same volume as that generated by {e1, e2, e3}. But the orientation changes: the cyclic order of the vectors no longer follows the right-hand rule, but instead the left-hand rule. 👉 The determinant captures exactly this: If det > 0, the orientation of the basis is preserved. If det < 0, the orientation is reversed. In this case, det(M(f,B,B)) < 0, which tells us the transformation preserves volume but flips orientation, just like a reflection in a mirror. #math #maths #physics #merlinomath
#Variable Controlada Reel by @snikhil.97 - I've been teaching informally for a while, and this year I decided to take it more seriously. Constant Variable is a platform I built myself where ev
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@snikhil.97
I’ve been teaching informally for a while, and this year I decided to take it more seriously. Constant Variable is a platform I built myself where every concept is explained from first principles, the way I wish someone had explained it to me when I was preparing. Mocks are on the way as well. If you’re preparing for CAT or know someone who is, please check it out and share your feedback. Link’s in the bio.

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