The Hidden Connection of ChatGPT
Matt Yedlin
The Hidden Connection of ChatGPT
3:10
Dancing with AI - A Visual Bridge from Dance to ChatGPT
Matt Yedlin
Dancing with AI - A Visual Bridge from Dance to ChatGPT
6:14
2022 03 01 09 40 36 1
Matt Yedlin
2022 03 01 09 40 36 1
22:10
Vera Lynn -- We'll Meet Again
Matt Yedlin
Vera Lynn -- We'll Meet Again
0:52
Time Series Analysis with RNNS: The Model Problem Revisited
Matt Yedlin
Time Series Analysis with RNNS: The Model Problem Revisited
8:32
Machine Learning: In-depth look at Long Short Term Memory
Matt Yedlin
Machine Learning: In-depth look at Long Short Term Memory
10:58
Introduction to Gated Recurrent Units
Matt Yedlin
Introduction to Gated Recurrent Units
7:33
Machine Learning: Introduction to Long-Short Term Memory (LSTM)
Matt Yedlin
Machine Learning: Introduction to Long-Short Term Memory (LSTM)
2:07
Limitations of the basic RNN
Matt Yedlin
Limitations of the basic RNN
5:46
RNN's: How do they work?
Matt Yedlin
RNN's: How do they work?
8:02
Introduction to RNNS
Matt Yedlin
Introduction to RNNS
8:26
Time-Series Analysis with RNNs: A model problem
Matt Yedlin
Time-Series Analysis with RNNs: A model problem
5:31
Basic Architecture of CNN
Matt Yedlin
Basic Architecture of CNN
11:20
Detailed Architecture Replacement
Matt Yedlin
Detailed Architecture Replacement
5:26
Receptive Field: Hubel and Wiesel
Matt Yedlin
Receptive Field: Hubel and Wiesel
5:45
High Level Introduction to CNN
Matt Yedlin
High Level Introduction to CNN
2:44
Introduction to Hyperparameters
Matt Yedlin
Introduction to Hyperparameters
9:58
Introduction to Weight Initialization
Matt Yedlin
Introduction to Weight Initialization
5:22
Introduction to the Learning Rate
Matt Yedlin
Introduction to the Learning Rate
16:38
Vanishing and Exploding Gradients
Matt Yedlin
Vanishing and Exploding Gradients
4:18
Momentum: Its use in Gradient Descent
Matt Yedlin
Momentum: Its use in Gradient Descent
9:00
Gradient Descents: Where are We and Next Steps.
Matt Yedlin
Gradient Descents: Where are We and Next Steps.
4:43
Machine Learning: Where are We?
Matt Yedlin
Machine Learning: Where are We?
2:33
Implementation of SGD
Matt Yedlin
Implementation of SGD
9:38
Review of Gradient Application in Deep Learning
Matt Yedlin
Review of Gradient Application in Deep Learning
7:42
Regularization in Nature - Nervous System
Matt Yedlin
Regularization in Nature - Nervous System
4:43
Regularization - Data Augmentation
Matt Yedlin
Regularization - Data Augmentation
5:09
Regularization - Dropout
Matt Yedlin
Regularization - Dropout
3:32
Regularization L2, L1
Matt Yedlin
Regularization L2, L1
12:40
Automatic Differentiation.
Matt Yedlin
Automatic Differentiation.
12:42
Introduction to Regularization
Matt Yedlin
Introduction to Regularization
3:25
Categorical Cross - Entropy Loss Softmax
Matt Yedlin
Categorical Cross - Entropy Loss Softmax
8:15
Geometric Intuition Gradient Vector
Matt Yedlin
Geometric Intuition Gradient Vector
8:37
Cross-Entropy Loss Log-likelihood Perspective
Matt Yedlin
Cross-Entropy Loss Log-likelihood Perspective
12:34
Binary Cross-Entropy
Matt Yedlin
Binary Cross-Entropy
10:20
Tutorial on Automatic Differentiation
Matt Yedlin
Tutorial on Automatic Differentiation
6:01
Introduction to Back-Propagation
Matt Yedlin
Introduction to Back-Propagation
5:11
Gradient and Gradient Descent
Matt Yedlin
Gradient and Gradient Descent
9:40
Description of the Gradient Operator
Matt Yedlin
Description of the Gradient Operator
6:38
Basic Gradient Descents in One Dimension
Matt Yedlin
Basic Gradient Descents in One Dimension
12:43
Introduction to Aspects of Machine Learning
Matt Yedlin
Introduction to Aspects of Machine Learning
10:40
ELEC311 - Building Waveguides 11
Matt Yedlin
ELEC311 - Building Waveguides 11
5:45
ELEC311 - Building Waveguides 10
Matt Yedlin
ELEC311 - Building Waveguides 10
4:23
ELEC311 - Building Waveguides 9
Matt Yedlin
ELEC311 - Building Waveguides 9
4:43
ELEC 311 - Waveguides 8
Matt Yedlin
ELEC 311 - Waveguides 8
2:50
ELEC311 - Building Waveguides 6
Matt Yedlin
ELEC311 - Building Waveguides 6
6:05
ELEC311 - Building Waveguides 5
Matt Yedlin
ELEC311 - Building Waveguides 5
2:05
ELEC311 - Building Waveguides 7
Matt Yedlin
ELEC311 - Building Waveguides 7
2:45
ELEC311 - Building Waveguides 4
Matt Yedlin
ELEC311 - Building Waveguides 4
3:15
ELEC311 - Building a Waveguide 3
Matt Yedlin
ELEC311 - Building a Waveguide 3
2:03
ELEC311 - Building a Waveguide 2
Matt Yedlin
ELEC311 - Building a Waveguide 2
3:52
ELEC311 - Building a Waveguide 1
Matt Yedlin
ELEC311 - Building a Waveguide 1
3:49
ELEC311 - Introduction to Wave Guides
Matt Yedlin
ELEC311 - Introduction to Wave Guides
4:21
POLI377 - Radiation Dosage (Sieverts)
Matt Yedlin
POLI377 - Radiation Dosage (Sieverts)
4:07
POLI377 - Halving with E
Matt Yedlin
POLI377 - Halving with E
2:21
POLI377 - Doubling with e
Matt Yedlin
POLI377 - Doubling with e
2:12
POLI377 Pick a Base - Exponential Growth
Matt Yedlin
POLI377 Pick a Base - Exponential Growth
3:05
Short Circuit Load on Transmission Line - Analysis
Matt Yedlin
Short Circuit Load on Transmission Line - Analysis
5:55
Intuition of Backward Current Sign Flip
Matt Yedlin
Intuition of Backward Current Sign Flip
4:18
Slinky Waves
Matt Yedlin
Slinky Waves
2:17
Intuition for 1st and 2nd wave equations
Matt Yedlin
Intuition for 1st and 2nd wave equations
3:43
Differentiating the Wave Description
Matt Yedlin
Differentiating the Wave Description
9:25
Maxwell Phaser Notation
Matt Yedlin
Maxwell Phaser Notation
5:54
Maxwell's Rotation
Matt Yedlin
Maxwell's Rotation
6:03
Maxwell's Rotation - an illustration
Matt Yedlin
Maxwell's Rotation - an illustration
1:33
Maxwell's Equation - Math interpretation
Matt Yedlin
Maxwell's Equation - Math interpretation
5:57
Maxwell's Equation - Physical Interpretation
Matt Yedlin
Maxwell's Equation - Physical Interpretation
4:56
Smith Chart Tutorial: Part 2
Matt Yedlin
Smith Chart Tutorial: Part 2
3:11
Smith Chart Tutorial: Part 1
Matt Yedlin
Smith Chart Tutorial: Part 1
9:50
Understanding Characteristic Impedance of T Line
Matt Yedlin
Understanding Characteristic Impedance of T Line
8:21
Input Impedance - Motivation
Matt Yedlin
Input Impedance - Motivation
4:32
Nepers versus dB
Matt Yedlin
Nepers versus dB
5:32
Wave Properties 3 - Group Velocity
Matt Yedlin
Wave Properties 3 - Group Velocity
9:11
Bridging from TM to EM Power
Matt Yedlin
Bridging from TM to EM Power
4:05
TEM for T-Lines
Matt Yedlin
TEM for T-Lines
8:13
Simple Waves on Lossless Lines
Matt Yedlin
Simple Waves on Lossless Lines
5:58
Full T-Line Model
Matt Yedlin
Full T-Line Model
4:31
Simple Waves on T-Lines: Voltage Waves
Matt Yedlin
Simple Waves on T-Lines: Voltage Waves
6:58
KCL & KVL: Lossless Model
Matt Yedlin
KCL & KVL: Lossless Model
5:51
ELEC311 - Details of the Lossless Transmission Line
Matt Yedlin
ELEC311 - Details of the Lossless Transmission Line
3:28
ELEC311 - Introduction to Lossless Transmission Line Model
Matt Yedlin
ELEC311 - Introduction to Lossless Transmission Line Model
4:14
slinky2
Matt Yedlin
slinky2
1:31
slinky1
Matt Yedlin
slinky1
1:07
slinky3
Matt Yedlin
slinky3
1:48
EECE Open House Promo
Matt Yedlin
EECE Open House Promo
1:18
ELEC311 - Example - Counting Wave Crests in 2D at the Beach
Matt Yedlin
ELEC311 - Example - Counting Wave Crests in 2D at the Beach
5:09
ELEC311 - Wave Equations in 3D - Plane Waves
Matt Yedlin
ELEC311 - Wave Equations in 3D - Plane Waves
17:05
ELEC311 - The Idea Behind Stub Matching - H&B Q10.34
Matt Yedlin
ELEC311 - The Idea Behind Stub Matching - H&B Q10.34
6:48
ELEC311 - The Idea Behind Stup Matching - H&B Q10.33
Matt Yedlin
ELEC311 - The Idea Behind Stup Matching - H&B Q10.33
5:51
ELEC311 - Stub Matching - The Idea Behind Stub Matching
Matt Yedlin
ELEC311 - Stub Matching - The Idea Behind Stub Matching
11:19
ELEC311 - Basic Wave Polarization - Circular Polarization
Matt Yedlin
ELEC311 - Basic Wave Polarization - Circular Polarization
8:17
ELEC311 - Basic Wave Polarization - Linear Polarization
Matt Yedlin
ELEC311 - Basic Wave Polarization - Linear Polarization
13:37
ELEC311 - Relationship between EM Wave Reflection & TL Wave Reflection
Matt Yedlin
ELEC311 - Relationship between EM Wave Reflection & TL Wave Reflection
12:23
ELEC311 - Normal Incidence Reflection Part 3
Matt Yedlin
ELEC311 - Normal Incidence Reflection Part 3
13:31
ELEC311 - Normal Incidence Reflection Part 2
Matt Yedlin
ELEC311 - Normal Incidence Reflection Part 2
5:33
ELEC311 - Normal Incidence Reflection Part 1
Matt Yedlin
ELEC311 - Normal Incidence Reflection Part 1
7:20
ELEC311 - Skin Depth and Power
Matt Yedlin
ELEC311 - Skin Depth and Power
9:07
ELEC311 - Application of Waves Extension^2
Matt Yedlin
ELEC311 - Application of Waves Extension^2
8:19
ELEC311 - Applications of Waves Extension
Matt Yedlin
ELEC311 - Applications of Waves Extension
8:21
ELEC311 - Applications of Waves: 1-D
Matt Yedlin
ELEC311 - Applications of Waves: 1-D
8:35
ELEC311 - Intuition for Maxwell
Matt Yedlin
ELEC311 - Intuition for Maxwell
8:23
ELEC311 - Intitution for Maxwell (cont'd)
Matt Yedlin
ELEC311 - Intitution for Maxwell (cont'd)
6:22
ELEC311 - Smith Chart Part 2
Matt Yedlin
ELEC311 - Smith Chart Part 2
21:05
ELEc311 - Applications 1: View of Smith Chart
Matt Yedlin
ELEc311 - Applications 1: View of Smith Chart
5:29
ELEC311 - Smithchart (Part 1)
Matt Yedlin
ELEC311 - Smithchart (Part 1)
19:59
ELEC311 - What is the VSWR
Matt Yedlin
ELEC311 - What is the VSWR
23:33
ELEC311 - Current Derivation - Lossless Transmission Line
Matt Yedlin
ELEC311 - Current Derivation - Lossless Transmission Line
2:54
ELEC311 - Reflection Generation (Video)
Matt Yedlin
ELEC311 - Reflection Generation (Video)
10:11
Where are we now? End of Week 2
Matt Yedlin
Where are we now? End of Week 2
5:51
ELEC311 - Power Loss and dB
Matt Yedlin
ELEC311 - Power Loss and dB
8:18
ELEC311 - Low Loss Propagation
Matt Yedlin
ELEC311 - Low Loss Propagation
6:13
ELEC311 - Phasor Solution
Matt Yedlin
ELEC311 - Phasor Solution
8:37
ELEC311 - Euler's Identity
Matt Yedlin
ELEC311 - Euler's Identity
4:47
ELEC311- Simple Waves on Transmission Lines
Matt Yedlin
ELEC311- Simple Waves on Transmission Lines
13:43
ELEC311 - Choices for F1
Matt Yedlin
ELEC311 - Choices for F1
4:00
ELEC311 - Transmission Line Introduction
Matt Yedlin
ELEC311 - Transmission Line Introduction
9:16
Chain Rule Refresher
Matt Yedlin
Chain Rule Refresher
5:37
ELEC311 Differentiating the Wave Description
Matt Yedlin
ELEC311 Differentiating the Wave Description
3:08
ELEC311 How do we Describe EM Waves?
Matt Yedlin
ELEC311 How do we Describe EM Waves?
7:16
ELEC311 What is a Wave
Matt Yedlin
ELEC311 What is a Wave
8:15
ELEC311 Why do we Study Electromagnetic Waves
Matt Yedlin
ELEC311 Why do we Study Electromagnetic Waves
5:16
ELEC311 Differentiation for Waves
Matt Yedlin
ELEC311 Differentiation for Waves
2:02
Matt PilotVideo
Matt Yedlin
Matt PilotVideo
1:21
LightboardZoomDemo 00003
Matt Yedlin
LightboardZoomDemo 00003
1:58
Matt Dec1 CriticalAngleQuiz 00001
Matt Yedlin
Matt Dec1 CriticalAngleQuiz 00001
6:42
Matt Dec1 CriticalAngleQuiz
Matt Yedlin
Matt Dec1 CriticalAngleQuiz
3:02
WaveGuideFinal 00001
Matt Yedlin
WaveGuideFinal 00001
11:15
MattNov18 CriticalAngle6 00002
Matt Yedlin
MattNov18 CriticalAngle6 00002
2:10
Matt Nov3 OpticalDynamicsMatching7
Matt Yedlin
Matt Nov3 OpticalDynamicsMatching7
1:45
Matt Nov3 OpticalDynamicsMatching6
Matt Yedlin
Matt Nov3 OpticalDynamicsMatching6
1:45
Matt Nov3 OpticalDynamicsMatching5
Matt Yedlin
Matt Nov3 OpticalDynamicsMatching5
2:35
Matt Nov3 OpticalDynamicsMatching4
Matt Yedlin
Matt Nov3 OpticalDynamicsMatching4
2:17
Matt Nov3 OpticalDynamicsMatching 3
Matt Yedlin
Matt Nov3 OpticalDynamicsMatching 3
5:11
MattYedlinNov2 OpticalDynamicsMatching1 part2
Matt Yedlin
MattYedlinNov2 OpticalDynamicsMatching1 part2
1:33
MattYedlinNov2 OpticalDynamicsMatching1
Matt Yedlin
MattYedlinNov2 OpticalDynamicsMatching1
1:01
Optic Dynamics5 Oct21
Matt Yedlin
Optic Dynamics5 Oct21
5:21
Optic Dynamics4 Oct21
Matt Yedlin
Optic Dynamics4 Oct21
2:14
Optic Dynamics3 Oct21
Matt Yedlin
Optic Dynamics3 Oct21
2:38
Sequence 01
Matt Yedlin
Sequence 01
6:55
Optic Dynamis Oct20 00001
Matt Yedlin
Optic Dynamis Oct20 00001
4:22
Optic Dynamis Oct20
Matt Yedlin
Optic Dynamis Oct20
2:32
Oct14 CoffeeCupCaustic 00001
Matt Yedlin
Oct14 CoffeeCupCaustic 00001
3:42
Oct13 RECAP
Matt Yedlin
Oct13 RECAP
12:51
Oct13 RECAP 3D Maxwell004 00003
Matt Yedlin
Oct13 RECAP 3D Maxwell004 00003
1:46
Oct13 RECAP 3D Maxwell004 00005
Matt Yedlin
Oct13 RECAP 3D Maxwell004 00005
0:24
Sept30 RECAP ComplexK Scont d
Matt Yedlin
Sept30 RECAP ComplexK Scont d
2:19
Sept30 RECAP ComplexK S 00001
Matt Yedlin
Sept30 RECAP ComplexK S 00001
1:30
Sept23 WaveEquation3D2
Matt Yedlin
Sept23 WaveEquation3D2
2:41
Sept21 WaveEquation3D1
Matt Yedlin
Sept21 WaveEquation3D1
2:46
Sept26 RECAP WaveEquationSolution1
Matt Yedlin
Sept26 RECAP WaveEquationSolution1
3:19
Sept26 RECAP WaveEquationSolution2 1
Matt Yedlin
Sept26 RECAP WaveEquationSolution2 1
3:26
Sept21 Recap WaveguideExample
Matt Yedlin
Sept21 Recap WaveguideExample
4:45
Sept21 Recap WaveProperties
Matt Yedlin
Sept21 Recap WaveProperties
4:36
Sept21 Recap Phase GroupIntro
Matt Yedlin
Sept21 Recap Phase GroupIntro
2:46
Sept 16 TWWE3
Matt Yedlin
Sept 16 TWWE3
1:38
Sept 16 TWWE5
Matt Yedlin
Sept 16 TWWE5
2:33
Sept 16 TWWE2
Matt Yedlin
Sept 16 TWWE2
2:16
Sept 16 TWWE4
Matt Yedlin
Sept 16 TWWE4
2:46
Sept 16 TWWE
Matt Yedlin
Sept 16 TWWE
11:44
Sept 16 TWWE1
Matt Yedlin
Sept 16 TWWE1
2:35