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Takeoff projects help students complete their academic projects. Register at takeoff projects today to find and learn about different interesting big data projects and grab the best jobs. Get started right now.
NEW PRODUCT – Adafruit Feather RP2350 with HSTX Port RP2350 flies high with the Feather format – now you can use any FeatherWings with this battery-powered dev board.It comes with 8MB …...
It was probably a reasonable assumption that the "Tiny" in our recently concluded Tiny Games Contest mostly referred to the physical footprint of the game. And indeed, that's the way most of the entri...
An APRS-IS WX station, or Automatic Packet Reporting System Internet Service Weather Station, is a type of weather station that integrates the APRS protocol with the Internet. APRS-IS stands for APRS Internet Service, which allows APRS data to be transmitted over the internet rather than just through radio frequencies.
Nice build from mechanical engineer and maker gubutek. In this project, I used microcontroller to monitor the humidity and temperature of 2 different locations.The measured data is shown on SSD130…...
Eventbrite - Black in Robotics presents Introduction to Robotics using Lily∞Bot and Raspberry Pi Pico W - Sunday, November 3, 2024 - Find event and ticket information.
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0:00 Intro 0:06 Review
Things that we mentioned in this video: Vilros Raspberry Pi 4 : B08DDF781C
In this IoT projects, I have shown you how to make the smart home with Google Assistant & Alexa using NodeMCU ESP8266 to control relays with voice commands and manual switches. I have used all the free tools for this IoT-based home automation system.
Search Results: Google Assistant Alexa Home automation IoT (Internet of Things) NodeMCU ESP8266 Alexa app Google Smart Home Internet of Things Home automation "Hey Google" or "Ok Google" Google Alexa (integration between Google and Alexa) Sinric Pro (IoT platform) Alexa home automation Arduino (microcontroller) Alexa Google Home (integration between Alexa and Google Home) Home automation system Home control Google Home (smart speaker) Voice assistant Google app Smart home solutions Smart automation IoT devices IoT applications Google Action (voice-based app for Google Assistant) Smart home automation IoT technology TechStudyCell (presumably a brand or company name) Relay (electronic switch) Smart house Switch Project.
If you have any doubt regarding this project then contact me :: Mob No :: +919922512017 MailID :: RahulRaspberryPi@gmail.com
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I am planning to create technical WhatsApp group for my subscribers. in that group we will discuss c , IOT , Raspberry pi and embedded career topics. even if any openings in embedded system company i will post there. also in future if i take live class for my subscribe then i will notify you from that group.
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Regards, Rahul Jadhav
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FriendlyELEC NanoPi Zero2 is one of the world's smallest Arm Linux computers with the 45x45mm board featuring a Rockchip RK3528A quad-core Cortex-A53...
Recently, [Richard Audette] bought an Akaso EK7000 action camera for his daughter's no-smartphones-allowed summer camp, which meant that after his daughter returned from said camp, he was free to tink...
Sign Language interpreter Using Arduino nano arduino uno project #arduinounoprojects #arduino computer science projects, electrical projects, electronic and communication projects etc #finalyearprojects #arduinounoprojects #arduino #arduinoprojects
DeepRad is a software-defined radio (SDR) receiver built in the RTL-SDR form factor.The modular SDR receiver offers advantages over other RTL-SDR-based...
Hey everyone! In today's video, we're diving into the all-new Arduino Plug and Make Kit! Whether you're a beginner or an experienced maker, this kit is packed with everything you need to jump-start your next DIY electronics project.
We'll unbox the kit, explore its contents, and even create a couple of fun projects to showcase its potential.First, we'll set up a simple LED controller using the Pixel and Button Modulinos. Then, we'll level up by building an IoT security alarm system with Wi-Fi capabilities using the powerful Arduino UNO R4 WiFi. With its plug-and-play design, this kit takes the hassle out of prototyping and opens up endless possibilities for your creativity.If you're excited about electronics or just love building cool gadgets, this is a must-watch! Don’t forget to like, subscribe, and hit the bell icon for more awesome DIY content. Check the description for code templates and links to grab your own kit. Let's get building!
In this video, we walk you through the process of installing FreeTAKServer (FTS) on a Raspberry Pi. FreeTAKServer is an open-source situational awareness tool that integrates seamlessly with TAK applications like ATAK and WinTAK, and in this guide, we demonstrate how to set up the server on one of the most affordable and versatile devices: the Raspberry Pi. we cover current issues with NodeRed as of September 2024.
In This Video: -What is a Raspberry Pi and why use it with FreeTAKServer ? -Preparing your Raspberry Pi for the installation. -Step-by-step installation of FreeTAKServer using the terminal over SSH -troubleshooting installation - open ports - Upgrade Node Red to fix Webmap -Testing the server and connecting it with WinTAK and ATAK - create FTS users for secure SSL connection Whether you're a hobbyist looking to explore situational awareness or a professional using TAK devices in the field, this guide will help you get FreeTAKServer running on a lightweight, portable mini-PC.
required Tools & Components: -Raspberry Pi 4 -MicroSD card - Internet connection
You read that right. Not wired. WEIRD.We’ve seen a proliferation of novel graphical displays in consumer devices lately — tailor-made for some specialized task, or just to stand out among competit…...
In this video we will be having a look at 3 of the cheapest Arduino Alternatives you can get. They have all been suggested by viewers and I will test what features they offer for their price and how easy to program and compatible they are with the Arduino IDE. Let's get started!
IBM got their PCs and PS/2 computers into schools in the 1980s and 1990s. We fondly remember educational games like Super Solvers: Treasure Mountain. However, IBM had been trying to get into the educa...
In this lesson, we dive deep into the Raspberry Pi Pico W—the core hardware for our projects throughout this course. Learn about its key features, capabilities, and why it's an excellent choice for a wide range of projects, including IoT, robotics, and more!
Here's what we cover in this video:
Introduction to the Raspberry Pi Pico W and its RP2040 chip Overview of the Pico W's specs: Processor, memory, GPIO pins, and connectivity Built-in Wi-Fi and its applications for IoT projects Comparing the Pico W to other microcontrollers like Arduino and ESP8266 Powering the Raspberry Pi Pico W via USB and external power Preparing for the next lesson: Installing Thonny IDE and writing your first MicroPython program
By the end of this lesson, you'll have a solid understanding of the Raspberry Pi Pico W and why it's the ideal microcontroller for your next project!
Transform your coffee shop’s customer experience with the best Raspberry Pi digital signage app. In this video, we explore how you can use Raspberry Pi with PosterBooking to set up sleek digital menus, promotions, and offers that enhance your coffee shop's atmosphere. Learn why Raspberry Pi is a cost-effective and versatile tool for any small business looking to elevate its signage game.
Description : Auto ON after water supply arrived, auto OFF after tank full Auto OFF even water supply Restores Installation method First-installation guide in the packing box
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(30 Days of Arduino 16/30) In this video, we'll dive into how RFID tags are detected by the RFID reader module, exploring the process behind tag identification and communication. You can find the code for this project, along with other projects, in the link below👇👇👇 https://github.com/saleh-f/30-day-of-arduino/tree/main/Day%2015/RFID
00:00 INTRO 00:37 Necessary components 00:57 Assembling part 1 03:03 Assembling part 2 04:17 Coding 06:43 Test and result
In this video, I’ll show you how to use the BMI160 sensor module from Bosch, a 3-axis accelerometer and gyroscope, to measure angular orientation and visualize it in 3D using Processing. We’ll connect the BMI160 to an Arduino Nano using I2C communication, gather real-time data, and rotate a 3D cube in Processing to represent the sensor’s movement.
DISCLAIMER: This video and description contains affiliate links, which means that if you click on one of the product links, I’ll receive a small commission.
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