User contributions for RobertLampel

13:4013:40, 13 February 2026 diff hist 0 Compartmental OED No edit summary
13:4013:40, 13 February 2026 diff hist +2 Compartmental OED No edit summary

14:1014:10, 5 February 2026 diff hist +119 Van der Pol OED →Parameters
14:0914:09, 5 February 2026 diff hist +33 Van der Pol OED →Mathematical formulation

10:1110:11, 3 February 2026 diff hist +9 Moon Landing →Reference Solutions
10:1010:10, 3 February 2026 diff hist +45 Moon Landing →Mathematical formulation
10:1010:10, 3 February 2026 diff hist +27 Cart Pendulum →Mathematical formulation current
09:1509:15, 3 February 2026 diff hist −1 Cart Pendulum →Mathematical formulation
08:5608:56, 3 February 2026 diff hist −120 Cart Pendulum →Miscellaneous and Further Reading
08:5608:56, 3 February 2026 diff hist +23 Cart Pendulum No edit summary
08:5508:55, 3 February 2026 diff hist +156 Cart Pendulum →References
08:5408:54, 3 February 2026 diff hist +134 Cart Pendulum No edit summary
08:5108:51, 3 February 2026 diff hist 0 N File:Cart Pendulum.png No edit summary current
08:5108:51, 3 February 2026 diff hist −91 Cart Pendulum →Reference Solutions
08:4708:47, 3 February 2026 diff hist −9 Cart Pendulum →Parameters
08:4008:40, 3 February 2026 diff hist +3 Cart Pendulum →Mathematical formulation
08:4008:40, 3 February 2026 diff hist +858 Cart Pendulum →Mathematical formulation
08:3908:39, 3 February 2026 diff hist +50 Cart Pendulum →Mathematical formulation
08:3808:38, 3 February 2026 diff hist +385 Cart Pendulum →Mathematical formulation
08:1508:15, 3 February 2026 diff hist +1,673 N Cart Pendulum Created page with "{{Dimensions |nd = 1 |nx = 3 |nw = 2 }} The '''Cart Pendulum problem''' concerns a pendulum hinged to a mobile cart. The control objective is to transition the pendulum from a downward position to a stabilized, inverted state above the cart. In this formulation, the objective function is defined by a composite of least-squares terms. The implementation here is taken from [1]. Its dynamics are given by a four-dimensional :Category:..."
08:0708:07, 3 February 2026 diff hist +52 User:RobertLampel No edit summary
07:5607:56, 3 February 2026 diff hist +92 Moon Landing →Reference Solutions
07:5407:54, 3 February 2026 diff hist +23 Moon Landing →Mathematical formulation
07:5307:53, 3 February 2026 diff hist −486 Moon Landing →References
07:5307:53, 3 February 2026 diff hist 0 N File:Moon Landing.png No edit summary current
07:5107:51, 3 February 2026 diff hist +1,976 N Moon Landing Created page with "{{Dimensions |nd = 1 |nx = 3 |nw = 2 }} The '''Moon Landing problem''' is a simplification of a spacecraft trying to land on the moon's surface. Its objective is to minimize the fuel consumption during the landing maneuver while landing savely on the ground with zero vertical velocity. The implementation here is taken from [1]. Its dynamics are given by a two-dimensional ODE model. == Mathematical formulatio..."
07:4307:43, 3 February 2026 diff hist +51 User:RobertLampel No edit summary

09:0209:02, 2 February 2026 diff hist −2 D'Onofrio model (binary variant) →Mathematical formulation current

15:0115:01, 29 January 2026 diff hist +1 Electric Car →Reference Solutions current
14:4914:49, 29 January 2026 diff hist +14 Electric Car →Parameters
14:4914:49, 29 January 2026 diff hist +18 Electric Car →Mathematical formulation
14:3914:39, 29 January 2026 diff hist +18 Electric Car →Mathematical formulation
13:5713:57, 29 January 2026 diff hist −2 Toy OED →Parameters current
12:5612:56, 29 January 2026 diff hist −2 Denbigh Reaction →Parameters current
10:5010:50, 29 January 2026 diff hist +1 Ocean →Mathematical formulation current
10:1810:18, 29 January 2026 diff hist +38 Ocean →Parameters
10:0510:05, 29 January 2026 diff hist 0 LV Competitive →Parameters current
09:5809:58, 29 January 2026 diff hist −2 LV Competitive →Mathematical formulation
09:4909:49, 29 January 2026 diff hist −17 LV Competitive →Mathematical formulation

15:4815:48, 27 January 2026 diff hist +116 Dielectrophoretic Particle OED →Parameters
15:4815:48, 27 January 2026 diff hist +33 Dielectrophoretic Particle OED →Mathematical formulation
15:4715:47, 27 January 2026 diff hist +116 Jackson OED →Parameters
15:4615:46, 27 January 2026 diff hist +33 Jackson OED →Mathematical formulation
13:2413:24, 27 January 2026 diff hist −1 Dielectrophoretic Particle OED →Mathematical formulation
08:2708:27, 27 January 2026 diff hist −1 Mountain Car No edit summary current
08:2608:26, 27 January 2026 diff hist −4 Mountain Car No edit summary
08:2408:24, 27 January 2026 diff hist 0 Oscillating OED →Mathematical formulation current
08:2308:23, 27 January 2026 diff hist +466 Oscillating OED →Parameters
08:1908:19, 27 January 2026 diff hist −1 Oscillating OED →Mathematical formulation
08:1508:15, 27 January 2026 diff hist +4 Van der Pol OED No edit summary

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29 January 2026

27 January 2026