technocrafted

In this video, I'll be discussing a new project I'm working on that will allow us to detect the emotion of a child and give them commands accordingly. This Robot could be useful for a variety of applications, such as training nursery workers or interacting with children in care. I'll be showing a demonstration of the technology and discussing some of the challenges we face in developing it. I hope you find this video interesting and that it accelerates your research into the detection of emotions in children! We will also be discussing how emotion detection can be used for a variety of purposes, such as interacting with a child and giving them commands. By understanding the emotions of children, we can help them to develop in a healthy way and to build positive relationships. This mobile social robot is an important tool that can help children with autism feel safe and comfortable. By using the robot's sensors, the child can be monitored and supported in a way that is safe and effective. Watch this video to learn more about the Mobile Social Robot and how it can help children with autism! For complete detail of this project, code, CAD model, trained models, circuit diagram, and thesis contact me on Whatsapp. This is a final-year project WHATSAPP NUMBER 👇👇👇👇👇 03358476558 Arduino projects and Proteus simulations:: https://www.youtube.com/watch?v=iDY58... SolidWorks 3d model playlist: https://www.youtube.com/watch?v=8956M... Control system practical playlist:: https://www.youtube.com/watch?v=UQhyf... Power electronics Practical: https://www.youtube.com/watch?v=b6qMN... Multisim Simulations and projects: https://www.youtube.com/channel/UC97N... Laplace transform lecture:: https://www.youtube.com/watch?v=0D99o... Follow my FB page: https://www.facebook.com/jahanstuddy11 Follow me on Instagram: https://www.instagram.com/biaznahaj/ Follow me on Linkedin: https://www.linkedin.com/in/muhammad-...

Welcome to our delightful Rumble channel, where laughter and heartwarming moments reign supreme! 🎉 Get ready to be swept away by the sheer cuteness of our content as we present "Funny Baby Videos - All Of The Cutest Things You'll See Today"! 🍼👶 Indulge your senses in a world of innocent giggles, endearing babbles, and heart-melting interactions as we capture the most adorable and hilarious moments of our littlest stars. Our channel is a haven for those seeking an instant mood lift and a dose of pure joy. Join us on a journey through the magical world of babies at their playful best. From uproarious laughter at the simplest of things to their mesmerizing attempts at mimicry, we curate an assortment of videos that are bound to evoke smiles from deep within. Whether it's those initial wobbly steps, amusing expressions, or their utterly charming reactions, every second is a testament to the unparalleled charm of babyhood. Our carefully crafted compilation of "Cute playing baby" content is designed to tickle your funny bone and tug at your heartstrings simultaneously. Our channel celebrates the innate curiosity and uninhibited nature of babies as they explore their surroundings, engage in the most unexpected antics, and effortlessly steal the spotlight with their irresistible charisma. Expect a constant stream of feel-good content that's perfect for all ages. Whether you're a parent reminiscing about your own child's adorable moments or simply someone who appreciates the unfiltered joy that babies bring to the world, this channel is tailored just for you. So, hit that subscribe button and join our ever-growing community of laughter enthusiasts and baby lovers. Share the joy with your friends and family, and be prepared to embark on a daily journey filled with chuckles, "aww" moments, and an overdose of cuteness. Get ready to have your heart warmed and your spirits lifted – one baby giggle at a time! 💕👶🎈

Welcome to our Rumble channel! 🎥🤖 In this comprehensive Arduino Motor Control Tutorial, we're diving into the exciting world of robotics and automation. Our focus? Using the MPU6050 sensor to enhance motor control by managing both speed and direction. Whether you're a seasoned Arduino enthusiast or just starting out, this tutorial is your gateway to mastering advanced motor control techniques. 🔌🏃‍♂️ What You'll Learn: Introduction to Motor Control: We'll begin by explaining the basics of motor control and why it's a crucial aspect of robotics and mechatronics. Getting to Know the MPU6050: Discover the powerful MPU6050 sensor and its ability to provide precise data about orientation and acceleration. Setting Up Your Arduino Environment: We'll guide you through setting up your Arduino board, connecting the MPU6050, and ensuring everything is ready to roll. Interfacing MPU6050 with Arduino: Learn how to communicate with the MPU6050 sensor, gather data, and interpret it for motor control. PID Control Fundamentals: Get introduced to the PID (Proportional-Integral-Derivative) control algorithm and understand how it helps regulate motor speed and direction. Wiring the Motor: Dive into the nitty-gritty of wiring your motor for bidirectional control based on the MPU6050's data. Coding Magic: We'll walk you through writing Arduino code that integrates the MPU6050 data with the PID control algorithm to create smooth and precise motor control. Testing and Calibration: Learn how to fine-tune your setup, calibrate the sensor, and troubleshoot common issues. Real-World Applications: Explore potential applications for your newfound knowledge, from robotic vehicles to camera gimbals. 🚀💡 Why You Should Watch: Hands-On Learning: We believe in learning by doing. Our tutorial is packed with practical examples, ensuring you gain a deep understanding of each concept. Step-by-Step Guidance: Our friendly instructors will guide you through each step, making even complex concepts easy to grasp. Problem Solving: Discover common challenges faced during motor control projects and learn how to overcome them like a pro. Creativity Unleashed: Armed with the MPU6050's capabilities, you'll be inspired to dream up your robotics projects and bring them to life. 🎓🤝 Who's This For: Hobbyists: Elevate your Arduino skills and tackle exciting new projects. Students: Complement your engineering and programming studies with practical applications. Tinkerers: Satiate your curiosity by exploring the intersection of sensors, motors, and code. So, if you're ready to embark on a journey that combines the power of the MPU6050 sensor with the versatility of Arduino, hit that play button and let's dive into the world of precision motor control together! Don't forget to like, subscribe, and hit the notification bell to stay updated with our latest tutorials. Let's bring your robotics aspirations to life! 🤖🔌📚

🔌🧠💡 Exploring Full Adders: Electronics Adventure! 🕹️ Get ready to dive into the world of digital circuits with our electrifying YouTube video! ⚡️ Unleash your inner engineer as we walk you through a hands-on experiment using the versatile electronics universal trainer. 🛠️ 🔌 Learn the Basics: We'll start by breaking down the essentials of a Full Adder – the backbone of digital arithmetic. Understand how it adds binary numbers and carries overflows, all in a language computers understand. 🧪 Hands-on Fun: Grab your electronics universal trainer and join the action! 🎮 Watch us assemble the components, connect the wires, and create the Full Adder circuit step by step. It's like building a puzzle that solves math! ⚙️ Circuit Crafting: Witness the magic as we breathe life into the Full Adder. Follow the flow of electrons as they navigate gates and pathways, making complex calculations seem like a breeze. 💡 Light up the Logic: With LEDs flashing and switches toggling, you'll see the inner workings of the Full Adder come to life. It's like a digital dance of ones and zeroes, choreographed by your genius! 📈 Real-world Applications: Discover how Full Adders power CPUs, calculators, and more. It's not just circuits and blinking lights – it's the foundation of modern computation! 🤯 Mind-Blowing Insights: Prepare to have your mind blown as we explain the theory behind the Full Adder's operation. Don't worry, we'll make it easy to grasp even for beginners. 🔗 Connect and Engage: Join the community of electronics enthusiasts in the comments section! 🗨️ Share your thoughts, ask questions, and geek out about all things circuits. 🔔 Hit that Notification Bell: Stay in the loop with our latest videos on electronics experiments, coding adventures, and tech wonders. Never miss a spark of knowledge! Get your virtual soldering iron ready and embark on this electrifying journey to unravel the secrets of the Full Adder. Let's turn knowledge into circuits! ⚡🔌🔍🔢🧠🎉

Welcome to our channel! In this comprehensive tutorial, we'll guide you through the process of creating your very own RFID door lock access control system using an Arduino. If you're interested in home automation and security, this project is perfect for you. 🔒 What You'll Learn: In this video, we'll cover the entire process of designing, building, and programming an RFID-based door lock system. You don't need to be an expert in electronics or programming – we'll explain everything in an easy-to-follow manner. Here's what we'll cover: Introduction to RFID Technology: We'll start by explaining what RFID technology is and how it works. Understanding the basics will give you a solid foundation for the rest of the project. Components Needed: We'll list all the components you'll need for this project, including the Arduino board, RFID reader, servo motor, and other essential parts. We'll also provide links for purchasing these components. Wiring and Circuit Diagram: We'll show you how to wire up the components correctly, making sure you have a clear and organized circuit. A detailed circuit diagram will be provided for reference. Setting Up the Arduino: Learn how to set up the Arduino IDE, upload the necessary libraries, and configure the environment for the project. Programming the RFID System: We'll guide you through the code required to make the RFID reader communicate with the Arduino. You'll learn how to read RFID card data and use it for authentication. Controlling the Servo Motor: Discover how to control a servo motor with Arduino to simulate a door lock mechanism. We'll show you how to unlock the door using an RFID card. Adding Security Features: Security is crucial, so we'll teach you how to implement features like adding new RFID cards to the system and securing the system against unauthorized access. Testing and Troubleshooting: We'll walk you through testing your system step by step and provide solutions to common issues you might encounter. Final Thoughts and Upgrades: Once you've completed the basic system, we'll discuss potential upgrades and enhancements you can make to take your RFID door lock system to the next level. 🔑 Why This Project Matters: Creating an RFID door lock system using Arduino is not only a fun and educational project but also a practical one. It can be used to secure your home, office, or personal spaces. Understanding the concepts covered in this tutorial opens up opportunities for further exploration in the world of electronics and automation. Don't forget to like, comment, and subscribe to our channel for more exciting DIY projects, tutorials, and tech explorations. Whether you're a beginner or an experienced maker, this project is a great way to learn, create, and innovate. Let's get started on building your own RFID door lock access control system today!