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John Guckenheimer

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Guckenheimer's research in this area is aimed at "extending the qualitative theory of dynamical systems to apply to systems with multiple time scales". Examples of systems with multiple time scales include neural systems and switching controllers.
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Guckenheimer's research has also included the development of computer methods used in studies of nonlinear systems. He has overseen the development of DsTool, an interactive software laboratory for the investigation of dynamical systems.
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of periodic orbits as well as "generate rigorous computer proofs of the qualitative properties of numerically computed dynamical systems".
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Computing periodic orbits and their bifurcations with automatic differentiation
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Nonlinear Oscillations, Dynamical Systems and Bifurcation of Vector Fields
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Nonlinear Oscillations, Dynamical Systems and Bifurcation of Vector Fields
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directly. His research in this area attempts to automatically compute
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The forced van der Pol equation I: the slow flow and its bifurcations
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Guckenheimer studies dynamical models of a small neural system, the
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He became a SIAM Fellow in 2009. In 2012 he became a fellow of the
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Presidents of the Society for Industrial and Applied Mathematics
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An improved parameter estimation method for Hodgkin-Huxley model
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Dr. John Guckenheimer's research has focused on three areas —
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Fellows of the Society for Industrial and Applied Mathematics
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Phase portraits of planar vector fields: computer proofs
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Fellows of the American Academy of Arts and Sciences
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List of Fellows of the American Mathematical Society
317:(with Philip Holmes), Springer-Verlag, 1983, 453 pp. 156:(born 1945) joined the Department of Mathematics at 246: 569: 518:"John M. Guckenheimer, Professor of Mathematics" 235:of crustaceans — attempting to learn more about 255:, Guckenheimer has constructed a new family of 243:is modified by chemical and electrical inputs. 239:, the ways in which the rhythmic output of the 305:), and he gave the Moser Lecture in May 2015. 170:Society for Industrial and Applied Mathematics 549:Theoretical & Applied Mechanics home page 515: 495: 441: 411: 370: 360:http://www.siam.org/about/more/presidents.php 271:Dynamics in systems with Multiple Time Scales 623:Fellows of the American Mathematical Society 469:http://fellows.siam.org/index.php?sort=last 168:in 1984, and was elected president of the 29: 593:University of California, Berkeley alumni 308: 570: 301:in 2013 for his book (coauthored with 603:21st-century American mathematicians 598:20th-century American mathematicians 500:. Cornell University. Archived from 446:. Cornell University. Archived from 375:. Cornell University. Archived from 288: 162:University of California, Santa Cruz 126:University of California, Santa Cruz 544:Department of Mathematics home page 13: 633:People from Baton Rouge, Louisiana 203:) is an extensively cited work on 160:in 1985. He was previously at the 73:University of California, Berkeley 14: 654: 532: 226: 473: 461: 435: 405: 390: 364: 352: 247:Algorithms for Periodic Orbits 1: 638:Mathematicians from Louisiana 539:John Guckenheimer - Home page 489: 401:Mathematics Genealogy Project 295:American Mathematical Society 7: 210: 10: 659: 608:Cornell University faculty 643:American textbook writers 588:Harvard University alumni 279: 253:automatic differentiation 147: 135: 121: 111: 104: 93: 79: 63: 55: 37: 28: 21: 554:DsTool FTP download area 345: 482:, retrieved 2013-01-19. 233:stomatogastric ganglion 164:(1973-1985). He was a 154:John Mark Guckenheimer 23:John Mark Guckenheimer 16:American mathematician 559:Dr. John Guckenheimer 309:Selected publications 299:Leroy P. Steele Prize 98:Leroy P. Steele Prize 520:. Cornell University 516:John Guckenheimer. 496:John Guckenheimer. 442:John Guckenheimer. 412:John Guckenheimer. 371:John Guckenheimer. 418:Cornell University 184:, where his Ph.D. 158:Cornell University 130:Cornell University 88:Bifurcation theory 68:Harvard University 397:John Guckenheimer 289:Awards and honors 219:, algorithms for 205:dynamical systems 166:Guggenheim fellow 151: 150: 106:Scientific career 84:Dynamical systems 650: 528: 526: 525: 512: 510: 509: 483: 477: 471: 465: 459: 458: 456: 455: 439: 433: 432: 430: 429: 420:. 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Index


Baton Rouge
Louisiana
Harvard University
University of California, Berkeley
Dynamical systems
Bifurcation theory
Leroy P. Steele Prize
Mathematician
University of California, Santa Cruz
Cornell University
Doctoral advisor
Stephen Smale
Cornell University
University of California, Santa Cruz
Guggenheim fellow
Society for Industrial and Applied Mathematics
Harvard
Ph.D.
Berkeley
thesis advisor
Stephen Smale
Philip Holmes
dynamical systems
neuroscience
periodic orbits
stomatogastric ganglion
neuromodulation
STG
automatic differentiation

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