{"batchcomplete":"","continue":{"lecontinue":"20260903114206|1045","continue":"-||"},"query":{"logevents":[{"logid":1055,"ns":0,"title":"Tumor Anti Anginogenesis","pageid":507,"logpage":505,"revid":2935,"params":{"target_ns":0,"target_title":"Tumor Anti Angiogenesis"},"type":"move","action":"move","user":"RobertLampel","timestamp":"2026-09-03T11:47:54Z","comment":"Misspelled title"},{"logid":1054,"ns":6,"title":"File:Tumor Anti Angiogenesis.png","pageid":506,"logpage":506,"revid":2934,"params":{},"type":"create","action":"create","user":"RobertLampel","timestamp":"2026-09-03T11:45:34Z","comment":""},{"logid":1053,"ns":6,"title":"File:Tumor Anti Angiogenesis.png","pageid":506,"logpage":506,"revid":2934,"params":{"img_sha1":"pqlxeo3tbvh0ait3tpcu1gjwknyte82","img_timestamp":"2026-09-03T11:45:34Z"},"type":"upload","action":"upload","user":"RobertLampel","timestamp":"2026-09-03T11:45:34Z","comment":""},{"logid":1052,"ns":0,"title":"Tumor Anti Anginogenesis","pageid":507,"logpage":505,"revid":2933,"params":{},"type":"create","action":"create","user":"RobertLampel","timestamp":"2026-09-03T11:45:23Z","comment":"Created page with \"{{Dimensions |nd        = 1 |nx        = 3 |nw        = 1 }}  The '''tumor anti-angiogenesis problem''' is a classical benchmark in biomedical optimal control. This description is taken from [[#OCPjl | [1]]].  It is based on the mathematical model of Hahnfeldt et al. [[#Hahnfeldt|[2]]] for tumor growth under angiogenic signalling, as studied from an optimal control perspective by Ledzewicz and Sch\u00e4ttler [[#Ledzewicz|[3]]]. Angiogenesis is the process by which tumors rec...\""},{"logid":1051,"ns":6,"title":"File:Ramsey Growth.png","pageid":504,"logpage":504,"revid":2932,"params":{},"type":"create","action":"create","user":"RobertLampel","timestamp":"2026-09-03T11:44:20Z","comment":""},{"logid":1050,"ns":6,"title":"File:Ramsey Growth.png","pageid":504,"logpage":504,"revid":2932,"params":{"img_sha1":"cloao8on2zeub07bdqgz1ktim8dh7ao","img_timestamp":"2026-09-03T11:44:20Z"},"type":"upload","action":"upload","user":"RobertLampel","timestamp":"2026-09-03T11:44:20Z","comment":""},{"logid":1049,"ns":0,"title":"Ramsey Growth","pageid":503,"logpage":503,"revid":2931,"params":{},"type":"create","action":"create","user":"RobertLampel","timestamp":"2026-09-03T11:44:06Z","comment":"Created page with \"{{Dimensions |nd        = 1 |nx        = 1 |nw        = 1 }}  The '''Ramsey growth problem''' is a foundational benchmark in optimal control and macroeconomic theory. This description is taken from [[#OCPjl | [1]]].  First formulated by Frank Ramsey in 1928 [[#Ramsey|[2]]] and later extended by Cass [[#Cass|[3]]] and Koopmans [[#Koopmans|[4]]], the problem determines the socially optimal path of capital accumulation and consumption for a representative household economy....\""},{"logid":1048,"ns":6,"title":"File:SEIR Epidemic.png","pageid":502,"logpage":502,"revid":2930,"params":{},"type":"create","action":"create","user":"RobertLampel","timestamp":"2026-09-03T11:43:20Z","comment":""},{"logid":1047,"ns":6,"title":"File:SEIR Epidemic.png","pageid":502,"logpage":502,"revid":2930,"params":{"img_sha1":"kuqsdg3kr0km6ujnkfma4dh7o6xyf2c","img_timestamp":"2026-09-03T11:43:20Z"},"type":"upload","action":"upload","user":"RobertLampel","timestamp":"2026-09-03T11:43:20Z","comment":""},{"logid":1046,"ns":0,"title":"SEIR Epidemic","pageid":501,"logpage":501,"revid":2929,"params":{},"type":"create","action":"create","user":"RobertLampel","timestamp":"2026-09-03T11:43:09Z","comment":"Created page with \"{{Dimensions |nd        = 1 |nx        = 4 |nw        = 1 }}  The '''SEIR epidemic optimal control problem''' is a classical benchmark in mathematical epidemiology and optimal control of biological systems. This description is taken from [[#OCPjl | [1]]].  It models the spread of an infectious disease through a homogeneous population divided into four compartments: susceptible (<math>S</math>), exposed (<math>E</math>), infectious (<math>I</math>), and recovered (<math>R...\""}]}}