User contributions for RobertLampel

12:4012:40, 22 August 2025 diff hist −959 Van der Pol OED No edit summary
12:3912:39, 22 August 2025 diff hist −37 Van der Pol OED →Reference Solutions
12:3812:38, 22 August 2025 diff hist 0 N File:Van der Pol OED.png No edit summary
12:3812:38, 22 August 2025 diff hist −72 Van der Pol OED →Reference Solutions
12:3112:31, 22 August 2025 diff hist +10 Van der Pol OED →Parameters
12:3012:30, 22 August 2025 diff hist −61 Van der Pol OED →Parameters
12:2612:26, 22 August 2025 diff hist −856 Van der Pol OED →Mathematical formulation
12:1612:16, 22 August 2025 diff hist +1 Van der Pol OED →Mathematical formulation
12:1612:16, 22 August 2025 diff hist −25 Van der Pol OED →Mathematical formulation
12:1512:15, 22 August 2025 diff hist −10 Van der Pol OED →Mathematical formulation
12:1112:11, 22 August 2025 diff hist −28 Van der Pol OED →Mathematical formulation
12:0112:01, 22 August 2025 diff hist 0 Van der Pol OED →Mathematical formulation
12:0012:00, 22 August 2025 diff hist 0 Van der Pol OED →Mathematical formulation
11:5111:51, 22 August 2025 diff hist −107 Van der Pol OED →Mathematical formulation
11:4211:42, 22 August 2025 diff hist −404 Van der Pol OED No edit summary
11:3911:39, 22 August 2025 diff hist +5,879 N Van der Pol OED Created page with "{{Dimensions |nd = 1 |nx = 11 |nw = 2 |nc = 4 |nre = 11 }} The '''Lotka Experimental Design problem''' looks for an optimal fishing strategy to be performed on a fixed time horizon to control the biomasses of both predator as prey fish as described in Lotka Volterra fishing problem. The goal here, however, is to minimize the uncertainty of a follow-up parameter estimation problem. In addition to the fishing decision the question whe..."
09:4409:44, 22 August 2025 diff hist +55 User:RobertLampel No edit summary
08:3908:39, 22 August 2025 diff hist +23 Fermenter →Mathematical formulation
08:0908:09, 22 August 2025 diff hist 0 N File:Fermenter.png No edit summary current
07:5407:54, 22 August 2025 diff hist +809 Fermenter No edit summary
07:0107:01, 22 August 2025 diff hist +3,403 N Fermenter Created page with "{{Dimensions |nd = 1 |nx = 9 |nw = 3 }} The '''Fermenter problem''' describes a fermentation process with two substrates <math>S_1</math> and <math>S_2</math> , and two products <math>P</math> and <math>G</math>. Enzyme biomass concentration is modeled by a state <math>E</math>. Further states are the fermentation volume <math>V</math> and the accumulated product <math>P_{\text{acc}}</math> and substrates <math>S_{1,\text{acc}}</math> and <math>S_{2..."
06:5406:54, 22 August 2025 diff hist +49 User:RobertLampel No edit summary
06:5206:52, 22 August 2025 diff hist 0 Ocean No edit summary
06:1006:10, 22 August 2025 diff hist 0 File:Mountain Car.png RobertLampel uploaded a new version of File:Mountain Car.png current

14:1914:19, 21 August 2025 diff hist 0 Ocean →References
14:1814:18, 21 August 2025 diff hist +18 Ocean No edit summary
14:1814:18, 21 August 2025 diff hist +261 Ocean No edit summary
14:1314:13, 21 August 2025 diff hist −1 Ocean →Reference Solutions
14:1314:13, 21 August 2025 diff hist +91 Ocean →Reference Solutions
14:1214:12, 21 August 2025 diff hist 0 N File:Ocean.png No edit summary current
14:0514:05, 21 August 2025 diff hist +654 Ocean No edit summary
14:0014:00, 21 August 2025 diff hist −1 Ocean →Mathematical formulation
14:0014:00, 21 August 2025 diff hist +80 Ocean →Mathematical formulation
13:5813:58, 21 August 2025 diff hist +2 Ocean →Mathematical formulation
13:5813:58, 21 August 2025 diff hist +3 Ocean →Mathematical formulation
13:5813:58, 21 August 2025 diff hist −2 Ocean →Mathematical formulation
13:5713:57, 21 August 2025 diff hist +324 Ocean →Mathematical formulation
13:5013:50, 21 August 2025 diff hist +1,666 N Ocean Created page with "{{Dimensions |nd = 1 |nx = 1 |nw = 1 }} The '''Ocean problem''' describes fossil fuel consumption and sequestration into the ocean [169]. It is a two box model where <math>S</math> describes the carbon stock in the atmosphere and upper layer ocean, <math>R</math> describes the carbon stock in fossil reserve and <math>D_L</math> the carbon stock in the deeper layer. The dynamics are given by an ODE model. The optimal control..."
13:3013:30, 21 August 2025 diff hist +45 User:RobertLampel No edit summary
13:2113:21, 21 August 2025 diff hist −78 Linear Quadratic Regulator No edit summary
13:1613:16, 21 August 2025 diff hist −9 Rao Mease No edit summary
13:1613:16, 21 August 2025 diff hist −9 Linear Quadratic Regulator No edit summary
13:1513:15, 21 August 2025 diff hist −3 Linear Quadratic Regulator →Mathematical formulation
13:1413:14, 21 August 2025 diff hist 0 N File:LQR.png No edit summary current
13:1413:14, 21 August 2025 diff hist +1,369 N Linear Quadratic Regulator Created page with "{{Dimensions |nd = 1 |nx = 1 |nw = 1 }} The '''Linear Quadratic Regulator problem''' is a one-dimensional toy ODE model which is especially suited for multiple shooting solvers. It aims to minimize a quadratic Lagrange term. The optimal integer control functions exhibits a singular arc. == Mathematical formulation == <p> <math> \begin{array}{lll} \displaystyle \min_{x,w} && \int_0^{1..."
11:1911:19, 21 August 2025 diff hist +3 Tubular Reactor →References
11:1811:18, 21 August 2025 diff hist +66 User:RobertLampel No edit summary
11:1011:10, 21 August 2025 diff hist +5 Denbigh Reaction No edit summary
11:0911:09, 21 August 2025 diff hist −34 Denbigh Reaction →References
11:0511:05, 21 August 2025 diff hist +11 Denbigh Reaction →References

22 August 2025

21 August 2025