39:06Algorithmes temps-reel, intelligence artificielle pour optimisee le monitorage de l'anesthesie
A 39-minute video from David Holcman: “Algorithmes temps-reel, intelligence artificielle pour optimisee le monitorage de l'anesthesie”.
David Holcman
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39:06
13:11Astrocytic Functional Connectivity Network Reconstruction: Background (Part I/III)D
A 13-minute video from David Holcman: “Astrocytic Functional Connectivity Network Reconstruction: Background (Part I/III)D”.
14:21Cartesian coordinates in the brain (Part I/IV) to guide neurons (morphogenetic gradients)
A 14-minute video from David Holcman: “Cartesian coordinates in the brain (Part I/IV) to guide neurons (morphogenetic gradients)”.
33:59Class 1A: Computational Neuroscience and predictive medicine: algorithmic, real-time and simulations
A 34-minute video from David Holcman: “Class 1A: Computational Neuroscience and predictive medicine: algorithmic, real-time and simulations”.
18:29Computational methods and diffusion theory in triangulation sensing
A 18-minute video from David Holcman: “Computational methods and diffusion theory in triangulation sensing”.
8:31Data-convergence applied to Graph Reconstruction PartIII/III
A 9-minute video from David Holcman: “Data-convergence applied to Graph Reconstruction PartIII/III”.
37:27Developing a deep learning approach coupled with spatial statistics to human brain cell development
A 37-minute video from David Holcman: “Developing a deep learning approach coupled with spatial statistics to human brain cell development”.
11:06High-throughput super-resolution single particle trajectory and ImageJ plugin
A 11-minute video from David Holcman: “High-throughput super-resolution single particle trajectory and ImageJ plugin”.
40:49Lecture 10A: Spatial Statistics applied to cell biology and Development: introduction I/II
A 41-minute video from David Holcman: “Lecture 10A: Spatial Statistics applied to cell biology and Development: introduction I/II”.
33:09Lecture 10B: Spatial Statistics applied to cell biology: pathology, microglia, multiplexing
A 33-minute video from David Holcman: “Lecture 10B: Spatial Statistics applied to cell biology: pathology, microglia, multiplexing”.
53:37Lecture 2A: Formal Fokker-Planck Solution and Ornstein-Ulhenbeck processes Holcman class 2024
A 54-minute video from David Holcman: “Lecture 2A: Formal Fokker-Planck Solution and Ornstein-Ulhenbeck processes Holcman class 2024”.
44:05Lecture 2B: Formal Fokker-Planck Solution and Ornstein-Ulembeck processes. Holcman's class 2024
A 44-minute video from David Holcman: “Lecture 2B: Formal Fokker-Planck Solution and Ornstein-Ulembeck processes. Holcman's class 2024”.
14:30Lecture 3A: Extreme statistics in biology. Introduction
Intro
A 14-minute video from David Holcman: “Lecture 3A: Extreme statistics in biology. Introduction”.
48:46Lecture 3B: Computing the time of the fastest to reach a target
A 49-minute video from David Holcman: “Lecture 3B: Computing the time of the fastest to reach a target”.
27:57Lecture 4A: Modeling brain wiring and neuronal navigation
A 28-minute video from David Holcman: “Lecture 4A: Modeling brain wiring and neuronal navigation”.
33:37Lecture 4B: Neuronal navigation computation
A 34-minute video from David Holcman: “Lecture 4B: Neuronal navigation computation”.
9:05Lecture 4C: Concept of hybrid simulations
A 9-minute video from David Holcman: “Lecture 4C: Concept of hybrid simulations”.
21:00Lecture 4D: Hybrid Stochastic-Analytic Algorithm to accelerate Brownian simulations
A 21-minute video from David Holcman: “Lecture 4D: Hybrid Stochastic-Analytic Algorithm to accelerate Brownian simulations”.
1:04:40Lecture 5A: Mathematics of Triangulation sensing for identifying a gradient source
A 65-minute video from David Holcman: “Lecture 5A: Mathematics of Triangulation sensing for identifying a gradient source”.
41:25Lecture 5B: Signal processing and transient Fourrier Analysis
A 41-minute video from David Holcman: “Lecture 5B: Signal processing and transient Fourrier Analysis”.
45:49Lecture 6A: signal processing. Brief introduction to tracking oscillation and artifact removal
A 46-minute video from David Holcman: “Lecture 6A: signal processing. Brief introduction to tracking oscillation and artifact removal”.
44:23Lecture 6B Modeling Neuronal Network using synaptic property
A 44-minute video from David Holcman: “Lecture 6B Modeling Neuronal Network using synaptic property”.
1:00:58Lecture 7: Modeling neuronal island, burst and mean field model of anesthesia
A 61-minute video from David Holcman: “Lecture 7: Modeling neuronal island, burst and mean field model of anesthesia”.
36:01Lecture 8A: Modeling neuronal networks with synaptic short-term plasticity and AHP.
A 36-minute video from David Holcman: “Lecture 8A: Modeling neuronal networks with synaptic short-term plasticity and AHP.”.
38:44Lecture 8B: modeling neuronal network rhythmic activity with synaptic short-term plasticity
A 39-minute video from David Holcman: “Lecture 8B: modeling neuronal network rhythmic activity with synaptic short-term plasticity”.
44:14Lecture 9: Reconstructing and quantifying connectivities with Ca2+ time series: astrocytic network
A 44-minute video from David Holcman: “Lecture 9: Reconstructing and quantifying connectivities with Ca2+ time series: astrocytic network”.
21:28Matched asymptotic expansions: application Laplace's equation
A 21-minute video from David Holcman: “Matched asymptotic expansions: application Laplace's equation”.
23:06Morphogenetic gradient-PartIIb/IV-: principles of making boundaries:
A 23-minute video from David Holcman: “Morphogenetic gradient-PartIIb/IV-: principles of making boundaries:”.
24:48Morphogenetic gradients: computational principles Part IIa/IV
A 25-minute video from David Holcman: “Morphogenetic gradients: computational principles Part IIa/IV”.
14:55Nanodomains in neuroscience: Calcium channel near vesicles at synapses: Part I
A 15-minute video from David Holcman: “Nanodomains in neuroscience: Calcium channel near vesicles at synapses: Part I”.
28:55Neuronal nanodomains: pre- and postsynaptic transient nanodomains shapes neuronal communication
A 29-minute video from David Holcman: “Neuronal nanodomains: pre- and postsynaptic transient nanodomains shapes neuronal communication”.
31:04Predicting Algorithms, IA for controlling the depth of anesthesia
A 31-minute video from David Holcman: “Predicting Algorithms, IA for controlling the depth of anesthesia”.
32:12Predire le cerveau part I (French): anesthesie, EEG, monitorage
A 32-minute video from David Holcman: “Predire le cerveau part I (French): anesthesie, EEG, monitorage”.
7:13Predire le cerveau III: modelisation stochatique, statistique, Interpretation signal EEG: spindles
A 7-minute video from David Holcman: “Predire le cerveau III: modelisation stochatique, statistique, Interpretation signal EEG: spindles”.
20:00Predire le cerveau Part II: Vers un pilotage intelligent
A 20-minute video from David Holcman: “Predire le cerveau Part II: Vers un pilotage intelligent”.
20:40Predire le cerveau V: Control temps reel du cerveau electrode implente: une technologie a venir
A 21-minute video from David Holcman: “Predire le cerveau V: Control temps reel du cerveau electrode implente: une technologie a venir”.