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Found 16 papers, 0 papers with code
A whole-body mathematical model of cholesterol metabolism and transport
A whole-body mathematical model for cholesterol metabolism and transport is proposed.
Modeling principles for a physiology-based whole-body model of human metabolism
Physiological whole-body models are valuable tools for the development of novel drugs where understanding the system aspects is important.
Electrification of Clay Calcination: A First Look into Dynamic Modeling and Energy Management for Integration with Sustainable Power Grids
This article explores the electrification in clay calcination, proposing a dynamic model and energy management strategy for the integration of electrified calcination plants into sustainable power grids.
Numerical Discretization Methods for the Extended Linear Quadratic Control Problem
In the numerical experiment, we test and compare the proposed numerical methods.
Numerical Discretization Methods for Linear Quadratic Control Problems with Time Delays
This paper presents the numerical discretization methods of the continuous-time linear-quadratic optimal control problems (LQ-OCPs) with time delays.
Dynamic modeling and simulation of a flash clay calciner
The model can be used, for example, to perform dynamic simulations with changing inputs, and process design and optimization.
A Comparative Study of Sensitivity Computations in ESDIRK-Based Optimal Control Problems
This base case is an OCP that applies an ESDIRK method that refactorizes the iteration matrix in every Newton iteration and uses a direct approach for sensitivity computations.
Dynamic modeling of an alkaline electrolyzer plant for process simulation and optimization
We develop a mathematical model for dynamical simulation of an alkaline electrolyzer plant.
Mathematical meal models for simulation of human metabolism
We present and critically discuss five commonly used mathematical models of the meal glucose rate of appearance in humans.
Quantitative modeling and simulation of biochemical processes in the human body
We present a whole-body model of human metabolism that utilizes a system of organs and blood vessels to simulate the enzymatic reactions.
Software principles and concepts applied in the implementation of cyber-physical systems for real-time advanced process control
The key software principles are 1) shared data in the form of a database, files, or shared memory, 2) timers and threads for concurrent periodic execution of tasks, and 3) network communication between the control system and the process, and communication between the control system and the internet, e. g., the cloud to enable remote monitoring and commands.
Model-based control algorithms for the quadruple tank system: An experimental comparison
We estimate the parameters in a continuous-discrete time stochastic nonlinear model for the QTS using a prediction-error-method based on the measured process data and a maximum likelihood (ML) criterion.
Model Predictive Control Tuning by Monte Carlo Simulation and Controller Matching
The PI tuning offers a wide range of tuning possibilities that is then inherited by the MPC design.
Performance Quantification of a Nonlinear Model Predictive Controller by Parallel Monte Carlo Simulations of a Closed-loop System
We perform high-performance Monte Carlo simulations in C enabled by a new thread-safe NMPC implementation in combination with an existing high-performance Monte Carlo simulation toolbox in C. We express the NMPC regulator as an optimal control problem (OCP), which we solve with the new thread-safe sequential quadratic programming software NLPSQP.
Estimating a Personalized Basal Insulin Dose from Short-Term Closed-Loop Data in Type 2 Diabetes
Specifically, we present a method to automatically estimate a personalized daily dose of basal insulin from closed-loop data collected with an AP.
A whole-body multi-scale mathematical model for dynamic simulation of the metabolism in man
We propose a whole-body model of the metabolism in man as well as a generalized approach for modeling metabolic networks.
