DS17 - MS1-1: Optimal Timing Control of Biological Oscillators using Augmented Phase Reduction (based on Isochrons and Isostables) Presentation: Bharat Monga, University of California, Santa Barbara, USA, 23 min 59 sec
DS17 - MS1-1: Optimal Timing Control of Biological Oscillators using Augmented Phase Reduction (based on Isochrons and Isostables) Document: DS17 - MS1-1: Optimal Timing Control of Biological Oscillators using Augmented Phase Reduction (based on Isochrons and Isostables)
DS17 - MS1-3: Defining the "Phase" of a Stochastic Oscillator Presentation: Peter J Thomas, Case Western Reserve University, USA, 25 min 0 sec
DS17 - MS1-3: Defining the "Phase" of a Stochastic Oscillator Document: DS17 - MS1-3: Defining the "Phase" of a Stochastic Oscillator(PDF)
DS17 - MS1-4: Isochrons for Saddle-Type Periodic Orbits in Three-Dimensional Space Presentation: James Hannam, University of Auckland, New Zealand, 19 min 32 sec
DS17 - MS1-4: Isochrons for Saddle-Type Periodic Orbits in Three-Dimensional Space Document: DS17 - MS1-4: Isochrons for Saddle-Type Periodic Orbits in Three-Dimensional Space(PDF)