04:22
Machine Learning in Python: Plotting the Training History from an ANN Model
08:59
Machine Learning in Python: Making Predictions with an ANN Model
06:02
Machine Learning in Python: Evaluating a Multi-Layer Perceptron Model
12:29
Machine Learning in Python: Training a Multi-Layer Perceptron
04:36
Machine Learning in Python: Training Artificial Neural Networks
14:11
Machine Learning in Python: Introduction to Artificial Neural Networks
09:35
Machine Learning in Python: Correlation Coefficients and the Seaborn Heat Map
05:56
Machine Learning in Python: Data Analysis with the Seaborn Pairplot Tool
06:35
Optimization with Python and SciPy: Convexity and Global vs. Local Optima
05:58
Optimization with Python and SciPy: Equality Constraints
05:20
Optimization with Python and SciPy: Nonlinear Programming (NLP) and Degrees of Freedom (DOFs)
08:13
Optimization with Python and SciPy: Updating a Model for Real-Time Optimization (RTO)
09:24
Optimization with Python and SciPy: Real-Time Optimization (RTO)
06:20
Optimization with Python and SciPy: Multiple Constraints
07:41
Optimization with Python and SciPy: Constrained Optimization
10:35
Optimization with Python and SciPy: Unconstrained Optimization
08:11
Optimization with Python and SciPy: Introduction
10:47
Machine Learning with Python and SKLearn: Feature Importance and Scaling
08:34
Machine Learning with Python and SKLearn: Elastic Net Regression
08:25
Machine Learning with Python and SKLearn: Ridge Regression
12:17
Machine Learning with Python and SKLearn: The LASSO Algorithm for Regularization
09:48
Machine Learning with Python and SKLearn: Fitting a Nonlinear Model
16:24
Machine Learning with Python and SKLearn: Fitting a Linear Multivariate Model
06:32
Machine Learning with Python and SKLearn: Introduction
10:46
Data Visualization in Power BI: Tutorial Part 4
11:11
Data Visualization in Power BI: Tutorial Part 3
08:21
Data Visualization in Power BI: Tutorial Part 2
10:53
Data Visualization in Power BI: Tutorial Part 1
08:55
Retrieving and Plotting Results from the Collimator API in Python
13:09
An Application Programming Interface (API) for Python and Collimator
02:32
Dynamic Simulations in Python: Installing PyCollimator
10:48
Process Control Hierarchy and Communication
05:50
Collimator (Simulink for Python Users): Enlarging Graphs and the Code Area
12:12
Logic-based and On-Off Control in Python
16:05
Thermal Modeling in Python: Using Collimator as a User Interface
17:58
Feedback Control with Python: Model Identification and Cascade Control with a PID Loop
15:25
Feedback Control with Python: The PID Algorithm and Controller Tuning Using Collimator
10:45
Feedback Control with Python: Transfer Functions Using Collimator
18:43
Simulating Physical Systems in Collimator (Simulink for Python Users): A Chemical Reactor Model
18:57
Simulating Physical Systems in Collimator (Simulink for Python Users): A Gravity-Drained Tank Model
12:37
Simulating Dynamic Systems in Collimator: Simulink for Python Users
09:00
Introducing Collimator: Simulink for Python Users
30:01
Solving for two-dimensional temperature profiles using the finite difference approximation and Excel
30:20
Numerical Solution to thin fin with convection and radiation
15:22
Cool Science Project! Computer coding to simulate projectile motion: coding the simulation - Part 2
25:49
Cool Science Project! Computer coding to simulate projectile motion: coding the simulation - Part 1
12:09
Cool Science Project! Computer coding to simulate projectile motion: Introduction to Scratch
11:59
Cool Science Project! Computer coding to simulate motion: Position, Velocity, Acceleration
11:37
Cool Science Project! Computer coding to simulate projectile motion (with a Nerf Gun): Free Body
07:49
Cool Science Project! Computer coding to simulate projectile motion (with a Nerf Gun): Newton's Laws
03:57
Cool Science Project! Computer coding to simulate projectile motion (with a Nerf Gun): Intro
29:02
Heat Transfer - Chapter 9 - Natural (Free) Convection Heat Transfer Correlations
12:09
Heat Transfer - Chapter 9 - Conceptual Introduction to Natural (Free) Convection)
11:10
Heat Transfer - Chapter 8 - Internal Convection Heat Transfer Correlations
09:47
Heat Transfer - Chapter 8 - Using the Overall Heat Transfer Coefficient (U) in Convection Calcs
18:23
Heat Transfer - Chapter 8 - Calculating q with The Log Mean Temperature Difference
10:32
Heat Transfer - Chapter 8 - Solving for a Temperature Profile for Flow with Constant Surface Temp.
09:27
Heat Transfer - Chapter 8 - Solving for a Temperature Profile for Flow with Constant Surface Flux
10:55
Heat Transfer - Chapter 8 - Internal Convection - Thermal Considerations
10:52
Heat Transfer - Chapter 8 - Internal Convection - Hydrodynamic Considerations
X
About
Tags