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30 results

𝗦𝘁𝗮𝗿𝗖𝗼𝗱𝗲 𝗞𝗵
How to Install Python on Windows, Mac and Linux (Step by Step)

In this video, you'll learn how to install Python 3 on Windows, macOS and Linux, then verify it from the terminal and fix common ...

7:55
How to Install Python on Windows, Mac and Linux (Step by Step)

1 view

42 min ago

Grow with Computer
Introduction to Datasets in Python | Learn Data Analysis . #python

Hi Guys This is Amit . if any query releted my video just ping me on comment box. Topics covered: What is a dataset? Types of ...

9:46
Introduction to Datasets in Python | Learn Data Analysis . #python

0 views

1h ago

Learn Eva
What Is AI?

AI Agents for Beginners, video 1 of 10: What Is an AI Agent? Taught by Touqeer Abbas, AI Instructor. For university students who ...

7:42
What Is AI?

6 views

58 min ago

Flipped Classroom Tutorials
Are We Teaching Kids to Use Technology Properly? | CodeMonkey

Are children learning how to use technology responsibly, or are we simply assuming they know what they're doing because ...

11:59
Are We Teaching Kids to Use Technology Properly? | CodeMonkey

29 views

37 min ago

Grow Up More
1 - Excel Introduction | Data Analysis with Excel Mega Course | Grow Up More

Start learning Microsoft Excel in Hindi! In this first lesson, explore Excel's start screen, discover available templates, and get ...

4:21
1 - Excel Introduction | Data Analysis with Excel Mega Course | Grow Up More

4 views

41 min ago

Decode with AI
Agentic AI Explained: How AI Agents Actually Work 🤖 | Complete Guide

00:00 Introduction to Agentic AI 00:49 Traditional AI vs Agentic AI 01:20 The Four Basic Parts of an AI Agent 01:59 How Agentic AI ...

5:19
Agentic AI Explained: How AI Agents Actually Work 🤖 | Complete Guide

22 views

41 min ago

AI with Thiru
Learn LLM Routing | DeepRelay Unified API Explained!

Deeprelay AI: https://deeprelay.ai/ In this video, we'll explore LLM Routing with DeepRelay and learn how a unified API can ...

14:14
Learn LLM Routing | DeepRelay Unified API Explained!

136 views

54 min ago

RUN MODE MyLAB
Laplace Transform for Engineers: Turn Calculus into Algebra | EP03 (Thai)

Practical Laplace transform for control engineers (Thai narration): definition as a weighted area, common transform pairs ...

6:21
Laplace Transform for Engineers: Turn Calculus into Algebra | EP03 (Thai)

0 views

39 min ago

RUN MODE MyLAB
Transfer Functions, Poles and Zeros Explained (with Simulations) | EP04 (Thai)

Transfer functions for control engineers (Thai narration): definition and assumptions, from ODE to G(s), RC circuit via ...

6:38
Transfer Functions, Poles and Zeros Explained (with Simulations) | EP04 (Thai)

0 views

39 min ago

RUN MODE MyLAB
Higher-Order Systems, Dominant Poles, Zeros & Non-Minimum Phase Undershoot — with Simulations

Higher-order systems (Thai narration): response as a sum of modes, effect of a third pole, the 5× dominant-pole rule checked ...

6:06
Higher-Order Systems, Dominant Poles, Zeros & Non-Minimum Phase Undershoot — with Simulations

0 views

28 min ago

RUN MODE MyLAB
First-Order Systems: Time Constant τ, the 63.2% Rule and Settling Time | EP12 (Thai)

First-order systems K/(τs+1): where they appear, the 63.2% rule, settling and rise time (4τ, 2.2τ), the effect of K and τ ...

6:12
First-Order Systems: Time Constant τ, the 63.2% Rule and Settling Time | EP12 (Thai)

0 views

30 min ago

RUN MODE MyLAB
Steady-State Error, System Type, Kp Kv Ka & Why Integral Action Works | EP17 (Thai)

Steady-state error (Thai narration): final value theorem and its stability condition, system type, static error constants Kp ...

6:18
Steady-State Error, System Type, Kp Kv Ka & Why Integral Action Works | EP17 (Thai)

0 views

25 min ago

RUN MODE MyLAB
Lead & Lag Compensator Design with Bode Plots: Kv, Phase Margin, φmax, and PID as Lead

Frequency-domain compensation (Thai narration): setting the gain for a velocity-error constant and its effect on crossover and ...

6:54
Lead & Lag Compensator Design with Bode Plots: Kv, Phase Margin, φmax, and PID as Lead

0 views

13 min ago

RUN MODE MyLAB
State-Space Models Explained: ẋ = Ax + Bu, SS↔TF and Eigenvalues as Poles | EP08 (Thai)

State-space modelling (Thai narration): what a state is, counting states from energy storage, ẋ = Ax + Bu and y = Cx + Du ...

6:16
State-Space Models Explained: ẋ = Ax + Bu, SS↔TF and Eigenvalues as Poles | EP08 (Thai)

0 views

35 min ago

RUN MODE MyLAB
Linearization Explained: When Does sin θ ≈ θ Fail? Pendulum & Tank Simulations | EP10 (Thai)

Linearization (Thai narration): first-order Taylor approximation as a tangent line, operating points and deviation (small ...

6:16
Linearization Explained: When Does sin θ ≈ θ Fail? Pendulum & Tank Simulations | EP10 (Thai)

0 views

32 min ago

RUN MODE MyLAB
Gain Margin & Phase Margin Explained: Bode, Nyquist, Delay Margin

Relative stability (Thai narration): reading gain margin at the phase-crossover frequency and phase margin at the gain ...

7:01
Gain Margin & Phase Margin Explained: Bode, Nyquist, Delay Margin

0 views

15 min ago

RUN MODE MyLAB
From Watt's Governor to Drones: 2,300 Years of Feedback Control | EP02 (Thai)

A 2,300-year history of feedback control (Thai narration): Ktesibios' water clock, Drebbel's thermostat, Watt's flyball ...

6:12
From Watt's Governor to Drones: 2,300 Years of Feedback Control | EP02 (Thai)

0 views

40 min ago

RUN MODE MyLAB
PID Tuning That Works: Ziegler–Nichols, SIMC, Pole Placement & Anti-Windup | EP24 (Thai)

PID tuning in practice (Thai narration): step-test FOPDT identification, both Ziegler–Nichols tables (reaction curve and ...

6:39
PID Tuning That Works: Ziegler–Nichols, SIMC, Pole Placement & Anti-Windup | EP24 (Thai)

0 views

19 min ago

RUN MODE MyLAB
Root-Locus Design: Lead & Lag Compensators, Angle Deficiency, Kv Improvement, PD/PI as Limits

Root-locus compensator design (Thai narration): converting %OS and settling-time specs into target closed-loop poles, showing ...

6:48
Root-Locus Design: Lead & Lag Compensators, Angle Deficiency, Kv Improvement, PD/PI as Limits

0 views

20 min ago

RUN MODE MyLAB
What Is a Control System? Open-Loop vs Closed-Loop Feedback, Explained with Simulations

Start of the Automatic Control Systems series (Thai narration). Elements of a control system and block diagrams (r, e = r − y ...

6:28
What Is a Control System? Open-Loop vs Closed-Loop Feedback, Explained with Simulations

2 views

41 min ago