======================================================= 09:54 AM, May 26, 2021: zoom recording with Brad Sutton and Jont Allen ======================================================= Part1 Time Topic 00:37 my background and qualifications 02:00 auditory experiments at Columbia Black building 03:00 writing math book; machine learning; fundamental understanding 04:00 Taught the course twice 05:00 recording everything on Echo 360 05:30 start sharing screen for ECE 498NS 06:00 make up of 493NS website 07:00 Evans and Skalak book: "Mechanics and thermo dynamics of Biomembranes" 09:00 video lecture placement (More on the structure of website) 10:00 Scott's book and how to cover it 11:00 McCulloch Pitts 12:00 mention index of lectures 13:20 How I use website: 13:40 Two exams and 1 final 14:00 home works: lots of math 15:30 lipid bilayers; Hodgkin Huxley model how spikes propagate; Nodes of Ranvier 16:20 Einstein relation 17:00 HH Model: replace with physical model 17:40 2 diode model (LT-spice) 18:00 show the 2 diode model 19:40 show output of 2-diode model (time response) 20:30 Exam II 21:00 NL diffusion lines 21:30 Computer starting to hang up 22:15 Switching to LT-spice; couldn't cascade the model as the spikes would die 23:00 Lost touch with my screen; keyboard hung 24:15 STOP here ======================================================= 10:21 AM, May 26, 2021: restart recording on zoom ======================================================= Part2 00:20 Discuss Ch 1+2 then 12; Had to abort that Ch 12 00:53 beyond HH model 01:00 neural assembly: Hippocampus, thalamus; 01:40 Mayfield map of the brain 03:23 Classic paper on Hippocampus removed; short term memory lost 04:50 Beecher Scoville and Brenda (1957) Milner paper discussed 06:00 Lec 28, 29: Boolean logic; McCulloch-Pitts; AI model 07:00 Lec more on Na/K; Helmholtz spike velocity 27 m/s 08:00 Helmholtz spike velocity 27 m/s; Adrian eye recordings 09:00 Possibility of two way spike propagation 10:00 Branching of nerve: Roll equation due to impedance matching within neuron 11:00 Don't really talk about Bernoulli trials (pass/fail) 11:50 Lec 33: Switch to the auditory system 12:30 MIT work on visual system; Stick to the auditory system 13:00 How many sensors are there in the body: Many more than 5; Thousands of sensors 14:00 Lec 33 make up of a virus; Lec35 Hearing science; Crisper 15:00 Manis shrimp lecture (great lecture) 15:40 Who will take this over? 16:00 discuss 298CLS ECE-493/Math-487 17:00 What semester should it be taught, Spring or Fall; Brad's discussion of 2022 2024 first fall version? Open discussion 20:00 more discussion by Brad of level of the students; source materials How to get access 360? need to register via SSO: netid 25:00 discuss HW and Matlab/similink 25:30 Brad gives a several min detailed summary of ECE498NS 28:00 Matlab course for Brad (Univ of Mich models of CV models) 29:30 modeling exercise and heart rate: Need lab experiments 30:50 END