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Amnah's Lab
เข้าร่วมเมื่อ 27 ส.ค. 2023
🔌🧠🤖 Welcome to my channel! I'm an Electronics Engineer with a passion for all things electronics, machine learning, autonomous robotics, and natural language processing! 🚀🔬
💡 Join me on this electrifying journey as I explore the fascinating world of technology and share the knowledge I've acquired along the way. 🎓📚
🌟 Together, we'll dive into cutting-edge concepts, discover innovative projects, and unravel the mysteries behind the latest advancements in the field. Let's learn, grow, and inspire each other! 🌱💡
🔧 Whether you're a fellow enthusiast, a curious learner, or a tech aficionado, this channel is for you! 🤝💻
🎯 So, if you're ready to embark on a thrilling adventure of electronics, machine learning, autonomous robotics, and natural language processing, hit that subscribe button and let's embark on this knowledge-sharing journey together! 🙌🌟
#ElectronicsEngineering #MachineLearning #Robotics #naturallanguageprocessing #TechEnthusiast #KnowledgeSharing
💡 Join me on this electrifying journey as I explore the fascinating world of technology and share the knowledge I've acquired along the way. 🎓📚
🌟 Together, we'll dive into cutting-edge concepts, discover innovative projects, and unravel the mysteries behind the latest advancements in the field. Let's learn, grow, and inspire each other! 🌱💡
🔧 Whether you're a fellow enthusiast, a curious learner, or a tech aficionado, this channel is for you! 🤝💻
🎯 So, if you're ready to embark on a thrilling adventure of electronics, machine learning, autonomous robotics, and natural language processing, hit that subscribe button and let's embark on this knowledge-sharing journey together! 🙌🌟
#ElectronicsEngineering #MachineLearning #Robotics #naturallanguageprocessing #TechEnthusiast #KnowledgeSharing
Get Started with VHDL- Concurrent Statements in VHDL
This video takes a closer look at VHDL and the concept of **concurrent statements**. In our previous tutorials we saw how we can model digital circuits, and in this one, we’ll take a look at how VHDL differs from other programming languages by executing instructions concurrently instead of sequentially.
We’ll cover key concurrent statement types, such as **Concurrent Signal Assignment**, **Conditional Signal Assignment**, and **Selected Signal Assignment**, and understand how they’re used to describe digital circuits.
**Timestamps:**
- 00:00 Introduction
- 01:08 Recap: Entity and Architecture in VHDL
- 01:59 What Makes VHDL Different? (Concurrency)
- 05:34 Concurrent Signal Assignment Example
- 07:50 Conditional Signal Assignment Example
- 10:34 Selected Signal Assignment Example
- 12:53 Process Statements
📲 Follow on:
Medium: medium.com/@amnahhmohammed
If you're interested in supporting this channel, you do so through patreon!
patreon.com/user?u=102396117&Link&
Don't forget to like, share, and subscribe to our channel for more insightful tutorials 🚀🌟
#VHDL #DigitalDesign #ConcurrentProgramming #VHDLTutorial #GHDL #GTKwave #DigitalCircuits
We’ll cover key concurrent statement types, such as **Concurrent Signal Assignment**, **Conditional Signal Assignment**, and **Selected Signal Assignment**, and understand how they’re used to describe digital circuits.
**Timestamps:**
- 00:00 Introduction
- 01:08 Recap: Entity and Architecture in VHDL
- 01:59 What Makes VHDL Different? (Concurrency)
- 05:34 Concurrent Signal Assignment Example
- 07:50 Conditional Signal Assignment Example
- 10:34 Selected Signal Assignment Example
- 12:53 Process Statements
📲 Follow on:
Medium: medium.com/@amnahhmohammed
If you're interested in supporting this channel, you do so through patreon!
patreon.com/user?u=102396117&Link&
Don't forget to like, share, and subscribe to our channel for more insightful tutorials 🚀🌟
#VHDL #DigitalDesign #ConcurrentProgramming #VHDLTutorial #GHDL #GTKwave #DigitalCircuits
มุมมอง: 78
วีดีโอ
Practical Networking & Communication- MQTT
มุมมอง 127หลายเดือนก่อน
🔬🔌 In this video we learn about the MQTT and apply what we have learned through a simple implementation using the Raspberry Pi. 🔔 Don’t forget to subscribe for more insights on network protocols, IoT, and wireless communication! Timestamps: 1:00 Introduction to MQTT 3:27 Plan of Action 4:45 Implementation Medium Article: medium.com/@amnahhmohammed/internet-of-things-protocols-standards-mqtt-pro...
Practical Networking & Communication- Bluetooth Low Energy (BLE) pt.2
มุมมอง 552 หลายเดือนก่อน
🔬🔌 In this video, we implement what we have learned in our last video on Bluetooth Low Energy (BLE) through a simple sketch and ESP32. 🔔 Don’t forget to subscribe for more insights on Bluetooth protocols, IoT, and wireless communication! Timestamps: 1:11 Recap of last video 3:27 Plan of Action 4:45 Implementation Medium Article: medium.com/@amnahhmohammed/practical-networking-communication-blue...
Practical Networking & Communication- Bluetooth Low Energy (BLE)
มุมมอง 1603 หลายเดือนก่อน
🔬🔌 In this video, we dive deep into Bluetooth Low Energy (BLE). Discover how BLE controls device visibility and interaction, shaping the way your devices connect! We'll explore the essential roles of Central and Peripheral devices-understanding their functions and significance. Learn how advertising works in BLE, including the differences between Advertising Data payloads and Scan Response payl...
Practical Networking & Communication- Network Time Protocol
มุมมอง 634 หลายเดือนก่อน
🔬🔌 Join us in this series as we explore different networking protocols with the ESP32. This video explores the Network Time Protocol. This video looks at what this protocol is, and will demonstrate the knowledge in a very simple projects through the use of ESP32 board.💡⚙️📏 Timestamps: 00:53 Terminology 01:42 What is Network Time Protocol 06:41 Simple Sketch demonstration Medium Article with Cod...
Sensor Data Logging with ESP32 & Thingspeak
มุมมอง 1924 หลายเดือนก่อน
🔬🔌 Join us in this video as we explore the potential of the ThingSpeak to log sensor data from the ESP32 Board! This video looks at how you can add internet connectivity to your projects through the use of ESP32 board and ThingSpeak. It will help you get started with a simple project that logs your sensor's data. 💡⚙️📏 Timestamps: 00:00 Introduction 01:28 Setting up ThingSpeak 02:26 Setting up t...
Build Your Own Chatbot with Rasa Open Source |Basic Forms
มุมมอง 2534 หลายเดือนก่อน
🔥 Unleash the Power of Conversational AI with RASA Are you ready to implement what we’ve touched on in the introductory video to build a chatbot based on a real-life application? In this TH-cam video, we'll look at implementing the second project requirement of the project we discussed in part 1 . Code: 🔗 github.com/amnahhebrahim/GoodCalo_Chatbot.git 📚 This video is based on the medium article ...
Autoencoders and their Potential in Anomaly Detection
มุมมอง 3155 หลายเดือนก่อน
Unlock the power of Autoencoders for Anomaly Detection with this tutorial 🧑🏻💻Code: github.com/amnahhebrahim/Autoencoders-for-Anomaly-Detection.git Medium Article: medium.com/@amnahhmohammed/autoencoders-and-testing-their-potential-in-anomaly-detection-09135140fd56 📝 Tutorial Overview: In this tutorial, we will look at the potential of autoencoders for anomaly detection. Here's a breakdown of t...
Get Started with VHDL- GHDL & GtkWave pt.2
มุมมอง 3615 หลายเดือนก่อน
If you're interested in getting started with GHDL and GtkWave for VHDL FPGA programming, then this mini -series is for you. In part two of this mini-series we will take a look at how to write a testbench for the two-input AND Gate we designed in our last video. 🧑🏻💻To setup GHDL & GTKWAVE, watch our previous video: th-cam.com/video/0JJku1vTu78/w-d-xo.html 📝 Tutorial Overview: In this video we w...
Get Started with VHDL- GHDL & GtkWave pt.1
มุมมอง 4436 หลายเดือนก่อน
If you're interested in getting started with GHDL and GtkWave for VHDL FPGA programming watch part one of this mini-series of VHDL programming VHDL for a basic two-input ANG Gate. 🧑🏻💻To setup GHDL & GTKWAVE, watch our previous video: th-cam.com/video/0JJku1vTu78/w-d-xo.html 📝 Tutorial Overview: In this video we will be: [1] Brief Overview on FPGAs and VHDL [2] VHDL Code Structure 4:05 [3] Your...
Installation of GHDL & GtkWave for Windows
มุมมอง 2.2K6 หลายเดือนก่อน
If you're interested in learning VHDL, follow this step by step guide to download open source and free software GHDL and GtkWave for Windows. 🧑🏻💻To download Notepad th-cam.com/video/7V1Qvja005E/w-d-xo.htmlsi=w0Kd1x8mPFKKQy-F 📝 Tutorial Overview: In this video we will be: [1] Brief Overview on GHDL & GtkWave [2] GHDL Installation [3] GtkWave Installation GHDL Download: github.com/ghdl/ghdl/rele...
Fabrication of nMOS Transistors-General Process
มุมมอง 1497 หลายเดือนก่อน
🔬🔌 Join us in this video as we explore nMOS Transistor Fabrication! This video is a continuation of the last video where we took a look at lithography. This video looks at general process of nMOS transistor fabrication. 💡⚙️📏 If you're interested in supporting this channel, you do so through Patreon! patreon.com/user?u=102396117 Thank you for the support to our Patrons: Ashely Denney!
Fabrication of nMOS Transistors- Lithography
มุมมอง 1907 หลายเดือนก่อน
🔬🔌 Join us in this video as we explore Lithography in nMOS Transistor Fabrication! This video looks at lithography, and views a basic example of optical lithography for semiconductor devices. Understanding lithography is essential in understanding nMOS Transistor fabrication which we will cover in our next video💡⚙️📏 If you're interested in supporting this channel, you do so through Patreon! pat...
Getting started with ESP8266
มุมมอง 1047 หลายเดือนก่อน
🔬🔌 Join us in this video as we explore the potential of the ESP8266 Board! This video looks at how you can add internet connectivity to your projects through the use of ESP8266 board and will help you get started with a simple project. 💡⚙️📏 Timestamps: 00:00 Introduction 01:33 Types of ESP8266 03:20 Potential of ESP8266 4:05 Pinout of ESP8266 Board 05:18 Install the ESP8266 in Arduino IDE 06:30...
Circuit Theory in the Lab: Charging & Discharging in Series RL Circuits
มุมมอง 4468 หลายเดือนก่อน
🔬🔌 Join us in this video as we explore Inductors in Charging and Discharging Circuits. This video looks at the transient response of inductors in series RL circuits while charging and discharging and how we describe the behavior of current in them through mathematical equations. Understanding these concepts is crucial for beginners in electronics. 💡⚙️📏 Timestamps: 00:00 Introduction 03:18 Charg...
Build Your Own Chatbot with Rasa Open Source | Entities & Slots-pt.2
มุมมอง 3018 หลายเดือนก่อน
Build Your Own Chatbot with Rasa Open Source | Entities & Slots-pt.2
Circuit Theory in the Lab: Inductors in Series and Parallel
มุมมอง 2579 หลายเดือนก่อน
Circuit Theory in the Lab: Inductors in Series and Parallel
Circuit Theory in the Lab: Inductance
มุมมอง 1.7K9 หลายเดือนก่อน
Circuit Theory in the Lab: Inductance
Circuit Theory in the Lab: Time Constants in Discharging RC Circuits
มุมมอง 2769 หลายเดือนก่อน
Circuit Theory in the Lab: Time Constants in Discharging RC Circuits
Circuit Theory in the Lab: Time Constants in RC Charging Circuits
มุมมอง 41410 หลายเดือนก่อน
Circuit Theory in the Lab: Time Constants in RC Charging Circuits
Circuit Theory in the Lab: Series & Parallel Capacitance
มุมมอง 1.8K10 หลายเดือนก่อน
Circuit Theory in the Lab: Series & Parallel Capacitance
Circuit Theory in the Lab: Capacitance
มุมมอง 54010 หลายเดือนก่อน
Circuit Theory in the Lab: Capacitance
Summarizing Emails with Hugging Face and Python
มุมมอง 34910 หลายเดือนก่อน
Summarizing Emails with Hugging Face and Python
Connecting to Emails via IMAP with Python
มุมมอง 2.7K11 หลายเดือนก่อน
Connecting to Emails via IMAP with Python
Open-source OCR for Scanned PDFs: A Comprehensive Guide
มุมมอง 39011 หลายเดือนก่อน
Open-source OCR for Scanned PDFs: A Comprehensive Guide
Circuit Theory in the Lab: Voltage Divider Rule (VDR)
มุมมอง 79111 หลายเดือนก่อน
Circuit Theory in the Lab: Voltage Divider Rule (VDR)
Circuit Theory in the Lab: Current Divider Rule (CDR)
มุมมอง 1.4K11 หลายเดือนก่อน
Circuit Theory in the Lab: Current Divider Rule (CDR)
Circuit Theory in the Lab: Measuring Voltage & Current in Series Circuits
มุมมอง 2Kปีที่แล้ว
Circuit Theory in the Lab: Measuring Voltage & Current in Series Circuits
Circuit Theory in the Lab: Measuring Voltage & Current in Parallel Circuits
มุมมอง 1Kปีที่แล้ว
Circuit Theory in the Lab: Measuring Voltage & Current in Parallel Circuits
If you found this video useful then you may want to view the notes behind it attached! Happy learning! www.patreon.com/posts/notes-behind-and-118279475?Link&
how i would learn electrical engineering if i could start over. Can you post a video on this topic? Your videos are 👍🏽 nice
Thank you! I will consider making a video on this in the future :)
I have no the structure bin,include,lib in catalog gtkwave-gtk3-3.3.114 (in you link for GtkWave). What have I to do?
Perfect video but the circuit parameters, R is not given and difficult for some people to read the colors from the monitor
Hello, 3:50 you cannot exploit KVL before you draw orientation of tensions in the loop.
Have watched all fourteen videos in this series and as a newbie of around one year learning about electronics as a hobby your videos are first class in explanation. Thank you and good luck with the channel
[YDLIDAR] SDK initializing [YDLIDAR] SDK has been initialized [YDLIDAR] SDK Version: 1.2.8 [YDLIDAR] Stop Lidar [YDLIDAR] connect, Elapsed time 535 ms [YDLIDAR] Lidar successfully connected [/dev/ttyUSB0:115200] [YDLIDAR] Error, cannot retrieve YDLidar health code: ffffffff [YDLIDAR] Fail to get baseplate device information [YDLIDAR] Check status, Elapsed time 2038 ms [YDLIDAR] Lidar init success, Elapsed time 2574 ms [YDLIDAR] Failed to start scan mode: ffffffff 2024-11-19 18:58:41,090 - Failed to get Lidar Data How do i fix this error @Amnah's Lab
Great video explained perfectly. Thank you
Glad it was helpful!
good video - thanks - and to increase capacitance you can add capacitors in parallel.
Just I note I find useful: For wave export from ghdl to gtkwave, you can use --wave and .ghw instead of --vcd and .vcd so that GTKWave supports custom types.
Thank you for sharing!
Watch 3 videos tonight and very impressed with how you explain everything, will be watching many more Thank you😀
Thanks, hope it was helpful!
The first tutorial series I was able to follow and understand. Thank you, Thank you, Thank you, Thank you. 👍
I am glad you found it useful!
Very good introduction series, got me going. Thank you. 😊
Glad it helped you!
Very clear explanation. Thank you 👍
Thank you for your kind words!
This is by far the best intro for beginners on YoutTube. Thank you for this wonderful illustration !
@@abdulrahmantakriti6769 I really appreciate your kind words 😍🙏🏻
thank you ...Nice presentation
Most welcome!
Hi I'm kaif from india. As an engineering student i will definitely say ur way of explanation is awesome. Hey can u please make a video on microcontrollers plzzz.
Thank you, I will definitely consider making a playlist dedicated to this
This is what I imagined myself to do creating hands on videos explaining electronic concepts. Great job! Thanks for creating these..
Thank you for your kind words!
can you explain why the alumium was removed from the gate region? at the very end (last figure). I thought the gate also has to have a metal contact in order to apply voltage
from first to last ... wonderful , 💓
Thank you!
Thx u for vid, its help me!!
@@simplet4ch I’m happy it did! Good luck 🙏🏻
Starting from June 2024, Gmail will have IMAP access always enabled, and users won’t need to manually enable or disable it. This change aims to enhance security by encouraging the use of “Sign in with Google” instead of sharing Google usernames and passwords with third-party apps. Thanks for the informative video.. excellent presentation
@@bastabey2652 Thank you for sharing! I appreciate your kind words
@@AmnahsLab its november and on my account it still was unabled, so your vid made it for me <3
@@SparePant glad it helped!
Thank you so much for sharing
Most welcome
great job!
Thank you!
Hi dear thank you for the information and good work best to you
Thank you! Happy learning.
Hi, very interesting video, thanks for sharing it. By the way, I'm looking for something able to keep the formatting and structure of the page, keeping all graphical elements, like images, lines and so on, placing the extracted text in the same position of the original one, keeping also the font types and styles. Do you think these feature are implementable in Python? The goal is to create a PDF as the exact copy of the scanned one, having the text selectable and searchable. Thanks.
Thank you!
You are most welcome!
Thanks so much for this
You are most welcome!
Thank you for an interesting, informative and fun lesson. I think you are an excellent teacher.
@@francismannion7075 thank you!
Nice video ,thanks :)
I have an error, it said “randomname is not found” even i tried to install randomname but still this issue appear. How can i solve it? 😅
love your videos and your voice is amazing
That was very helpful, Thank you. But after that phase, How am I using it?
You can practice a simple project through continuing the VHDL playlist. I go into how to use both GHDL and GtkWave in a simple project.
@@AmnahsLab Thank you
@@liorarbel4432 You are most welcome!
Am I the only one who doesn't understand Step2? How does your interface look different than ours? Why do you have another window for the Step#2? Are we not using the same command window for the !pip and import? If we cant replicate the steps then it isn't a step by step tutorial.
Hello, thank you for your question. Step 2 requires you to upload your own PDF to the notebook to perform the consequent steps. In my case, I used a PDF file that I made that contains the medium article this video is based on. You can upload any PDF you'd like for this step. Hope I've clarified your doubt.
❤🔥
Thank you Amnah. Having started my electronics journey way back in the 60s, videos like this would have been wonderful. I am also passionate about electronics and I still revisit the basics as one can always learn something new. Never reached the heights like you to become an engineer but I still love the subject. Many thanks again Amnah and I have subscribed to show my appreciation . Regards, Kieron.
Thank you, I really appreciate your kind words and your encouragement. It’s great that you’ve been revisiting concepts and basics as it’s always nice to see them in different perspectives to solidify your understanding even more.
thank you for this video
Glad you found it helpful!
I am buying several dozen different colour Sharpies, so I can do this. I am betting I will have better luck understanding. ;-) Thank You!
Good luck!
❤❤❤
Hi Madam, Does Rasa pro free for production? thank you
As an electrical instructor, your info is correct, but it would benefit the viewer greatly to show this happening on a breadboard. Nice job, though
Thank you for your feedback. I try my best to do that in other videos of the series. However, I will take this into consideration in future videos 👌
How to make my chatbot in the Arabic language with rasa?
Thank you for the video
Most welcome 🙏🏻
If you found the video "Circuit Theory in the Lab: Time Constants in RC Charging Circuits" and the video "Circuit Theory in the Lab: Time Constants in Discharging RC Circuits" useful then you may want to view the tutorial notes for these two videos over on Patreon! Happy learning! www.patreon.com/posts/circuit-theory-100430101?Link&
If you found the video "Circuit Theory in the Lab: Time Constants in RC Charging Circuits" and the video "Circuit Theory in the Lab: Time Constants in Discharging RC Circuits" useful then you may want to view the tutorial notes for these two videos over on Patreon! Happy learning! www.patreon.com/posts/circuit-theory-100430101?Link&
Your teaching is great.. Need your part 2 video
Great job, highly appreciated your presentation skill and best wishes on your technical journey..👍
Appreciate it and wishing you the same!
Good video! Very clear info. Thanks for sharing some knowledge! 👍🏽
Many thanks for your kind words!
If you found this video as "Circuit Theory in the Lab: Series & Parallel Capacitance" useful then you may want to view the tutorial notes over on Patreon! Happy learning! www.patreon.com/posts/circuit-theory-99868174?Link&
If you found this video as "Circuit Theory in the Lab: Capacitance" useful then you may want to view the tutorial notes over on Patreon! Happy learning! www.patreon.com/posts/circuit-theory-99868174?Link&