Канал: Arie Nakhmani

Introduction to Robust Control (part 2)

Introduction to Robust Control (part 2)

Brush Up Your Trigonometry (Dr. Arie Nakhmani)

Brush Up Your Trigonometry (Dr. Arie Nakhmani)

Brush Up Your Complex Numbers (Dr. Arie Nakhmani)

Brush Up Your Complex Numbers (Dr. Arie Nakhmani)

Brush Up Your Calculus (Dr. Arie Nakhmani)

Brush Up Your Calculus (Dr. Arie Nakhmani)

Brush up Your Algebra (Dr. Arie Nakhmani)

Brush up Your Algebra (Dr. Arie Nakhmani)

Introduction to Robust Control (part 1)

Introduction to Robust Control (part 1)

Linear Quadratic Gaussian Control Lecture

Linear Quadratic Gaussian Control Lecture

Kalman Filter: solved problem

Kalman Filter: solved problem

Tracking with Kalman Filter

Tracking with Kalman Filter

Kalman Filter

Kalman Filter

Symmetric Root Locus - Solved Problems

Symmetric Root Locus - Solved Problems

Lecture on Symmetric Root Locus

Lecture on Symmetric Root Locus

Linear Quadratic Regulators (Lecture 10 Part 1)

Linear Quadratic Regulators (Lecture 10 Part 1)

Linear Quadratic Regulator (Lecture 10 Part 2)

Linear Quadratic Regulator (Lecture 10 Part 2)

Lyapunov Stability

Lyapunov Stability

Linearization

Linearization

Non-Minimal Systems: Problem solutions and MATLAB code

Non-Minimal Systems: Problem solutions and MATLAB code

Controller and Observer Design for Non-Minimal systems

Controller and Observer Design for Non-Minimal systems

How to design state space observers?

How to design state space observers?

State-Space Controller Design

State-Space Controller Design

Problem Solution for Lecture 3

Problem Solution for Lecture 3

State Space Representations (Lecture 3 Part 2)

State Space Representations (Lecture 3 Part 2)

State Space Representations (Lecture 3 Part 1)

State Space Representations (Lecture 3 Part 1)

Linear Algebra for Modern Control - Part 2

Linear Algebra for Modern Control - Part 2

Linear Algebra for Modern Control - Part 1

Linear Algebra for Modern Control - Part 1

Modern Control: Solved Example for the Introduction Lecture

Modern Control: Solved Example for the Introduction Lecture

Introduction to Modern Control (Lecture 1 Part 2)

Introduction to Modern Control (Lecture 1 Part 2)

Introduction to Modern Control (Lecture 1 Part 1)

Introduction to Modern Control (Lecture 1 Part 1)

How to write your best scientific or engineering research abstract? by Dr. Rachel June Smith

How to write your best scientific or engineering research abstract? by Dr. Rachel June Smith

Course Introduction: How do you write great research articles? Dr. Rachel June Smith

Course Introduction: How do you write great research articles? Dr. Rachel June Smith

How to design an effective scientific title for a research paper?

How to design an effective scientific title for a research paper?

Introducing Discrete Fourier Transform

Introducing Discrete Fourier Transform

Introduction to Discrete-Time State Space Representation of Dynamical Systems

Introduction to Discrete-Time State Space Representation of Dynamical Systems

Distances in Signal Processing and Analysis

Distances in Signal Processing and Analysis

Filters and Signal Filtering: Micro-Lecture

Filters and Signal Filtering: Micro-Lecture

ECE promo

ECE promo

ANRY Lab: Selected projects

ANRY Lab: Selected projects

Lyapunov Stability Lecture

Lyapunov Stability Lecture

Introduction to Modern Control Lecture

Introduction to Modern Control Lecture

Z transform lecture

Z transform lecture

Bode Diagrams and Frequency Response Lecture - Part 1

Bode Diagrams and Frequency Response Lecture - Part 1

Bode Diagrams and Frequency Response Lecture - Part 2

Bode Diagrams and Frequency Response Lecture - Part 2

Filters Lecture

Filters Lecture

Modeling and Stability Lecture

Modeling and Stability Lecture

Laplace Transform Lecture

Laplace Transform Lecture

ANRY LAB

ANRY LAB

Systems Lecture

Systems Lecture

Test 1 Preparation

Test 1 Preparation

Fourier Transform Lecture

Fourier Transform Lecture

Lecture of Fourier Series

Lecture of Fourier Series

Lecture on Signals

Lecture on Signals

Introductory Lecture in Signals and Systems

Introductory Lecture in Signals and Systems

Visual Tracking

Visual Tracking

Convolutional Neural Networks

Convolutional Neural Networks

Deep Learning Lecture

Deep Learning Lecture

Neural Networks Lecture

Neural Networks Lecture

Active Contours

Active Contours

Morphological Image Processing

Morphological Image Processing

Basic Segmentation

Basic Segmentation

Texture and Color

Texture and Color

Anisotropic Diffusion

Anisotropic Diffusion

From Vector Spaces to Eigenfaces

From Vector Spaces to Eigenfaces

Principal Component Analysis

Principal Component Analysis

Eigenvalues and Eigenvectors

Eigenvalues and Eigenvectors

Length, Distance, Volume, and Beyond

Length, Distance, Volume, and Beyond

Image Transforms

Image Transforms

Least Squares Application to Function Fitting

Least Squares Application to Function Fitting

Circuit Analysis Using Linear Algebra

Circuit Analysis Using Linear Algebra

Basic Linear Algebra Operations

Basic Linear Algebra Operations

Theory of Sets and Mathematical Logic Notation

Theory of Sets and Mathematical Logic Notation

From Numbers to Tensors

From Numbers to Tensors

Four Amazing Concepts in Signals and Systems

Four Amazing Concepts in Signals and Systems

Syllabus

Syllabus