[11:30 pm, 03/01/2025] Miroslav Kostecki:
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"Runlinc" is a cutting-edge Internet of Things (IoT) Artificial Intelligence (AI) development platform that is integrated within a WiFi chip controller, includes HTML, JavaScript coding and can be accessed through a web browser. The WiFi chip controller ports can access sensor port data by specifying a single word variable to contain the data ( eg: analogIn ( LightSensor ); ) and output ports can be controlled using the port variable ( eg: turnOn( lamp ); )
Write a "runlinc" STEM project description including code to create a cross-curriculum ( biology, chemistry, physics, maths and IT ) mushroom growing project.
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[11:30 pm, 03/01/2025] Miroslav Kostecki:
*Project Title: Exploring Mushroom Growth with Runlinc IoT Platform*
*Project Overview:*
The "Exploring Mushroom Growth with Runlinc IoT Platform" project is a comprehensive STEM initiative that integrates biology, chemistry, physics, mathematics, and information technology. This project will guide students through the process of setting up a mushroom growing environment using the Runlinc IoT platform, allowing them to monitor and control various parameters critical to mushroom growth. Students will learn about the scientific principles behind mushroom cultivation, data analysis, and programming, all while engaging in a hands-on, interdisciplinary learning experience.
*Project Objectives:*
- Understand the lifecycle and environmental requirements of mushrooms.
- Learn how to use the Runlinc IoT platform to monitor and control a mushroom growing environment.
- Analyze data collected from the IoT platform to make informed decisions about adjusting growth conditions.
- Apply mathematics and data analysis skills to track growth progress and make predictions.
- Develop basic programming skills by writing JavaScript code to interact with the IoT platform.
- Gain interdisciplinary insights by integrating biology, chemistry, physics, mathematics, and information technology.
*Project Components:*
*1. Setting Up the Mushroom Growing Environment:*
Students will create a controlled environment suitable for mushroom growth, considering factors such as humidity, temperature, light, and airflow. They will also set up the necessary sensors and actuators connected to the Runlinc IoT platform.
*2. Web Page Interface:*
Students will design an HTML web page interface to visualize real-time data collected from the sensors. The interface will include temperature, humidity, and light intensity readings, providing a user-friendly dashboard for monitoring mushroom growth conditions.
html
<!DOCTYPE html>
<html>
<head>
<title>Runlinc Mushroom Growth Monitor</title>
</head>
<body>
<h1>Mushroom Growth Monitoring System</h1>
<div>
Temperature: <span id="temperature">Loading...</span> °C<br>
Humidity: <span id="humidity">Loading...</span> %<br>
Light Intensity: <span id="lightIntensity">Loading...</span> Lux<br>
</div>
<button id="turnOnButton" onclick="turnOnLamp()">Turn On Lamp</button>
<button id="turnOffButton" onclick="turnOffLamp()">Turn Off Lamp</button>
<script src="script.js"></script>
</body>
</html>
*3. JavaScript Control Code (script.js):*
Students will write JavaScript code to interact with the Runlinc IoT platform. The code will fetch sensor data and allow users to control the lamp for simulating light conditions.
javascript
const temperatureDisplay = document.getElementById("temperature");
const humidityDisplay = document.getElementById("humidity");
const lightIntensityDisplay = document.getElementById("lightIntensity");
const turnOnButton = document.getElementById("turnOnButton");
const turnOffButton = document.getElementById("turnOffButton");
// Function to update sensor data on the web page
function updateSensorData(temperature, humidity, lightIntensity) {
temperatureDisplay.textContent = temperature.toFixed(2);
humidityDisplay.textContent = humidity.toFixed(2);
lightIntensityDisplay.textContent = lightIntensity.toFixed(2);
}
// Function to turn on the lamp
function turnOnLamp() {
// Runlinc code to turn on lamp
turnOn(lamp);
}
// Function to turn off the lamp
function turnOffLamp() {
// Runlinc code to turn off lamp
turnOff(lamp);
}
// Fetch sensor data and update the web page every few seconds
setInterval(() => {
const temperature = analogIn(TemperatureSensor);
const humidity = analogIn(HumiditySensor);
const lightIntensity = analogIn(LightSensor);
updateSensorData(temperature, humidity, lightIntensity);
}, 5000); // Update every 5 seconds
*4. Data Analysis and Interpretation:*
Students will analyze the collected data to understand the impact of environmental factors on mushroom growth. They will use mathematical concepts to make predictions and adjustments to optimize growth conditions.
*5. Presentation and Reflection:*
Students will present their findings, insights, and the interdisciplinary connections they made throughout the project. They will reflect on the challenges faced, problem-solving strategies, and the value of cross-curricular learning.
By completing this project, students will gain a holistic understanding of mushroom growth while developing skills in programming, data analysis, and interdisciplinary collaboration. The integration of Runlinc's IoT platform will provide a unique opportunity to bridge theoretical knowledge with practical application.
[11:30 pm, 03/01/2025] Miroslav Kostecki: Less than 10 seconds to output
[11:30 pm, 03/01/2025] Miroslav Kostecki: And the code works
[11:30 pm, 03/01/2025] Miroslav Kostecki: Easy Coding
Easy enough for AI to understand
[03 January 2025]
runlinc QR Code link with 7 free runlinc IoT AI STEM projects.
These projects use runlinc Online and only need a phone and a laptop
nlinc Easy Coding and C++ Difficult Coding
Project2 in runlinc online projects
Control webpage with 2 buttons to turn light on and off anywhere in the world via the internet.
a. 120 lines Arduino C++ coding and 20 pages instructions
b. 2 lines of runlinc Easy Coding.
[11:40 pm, 03/01/2025] Miroslav Kostecki:
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[11:40 pm, 03/01/2025] Miroslav Kostecki: Abdul explained how he can use 16 lines of runlinc Easy Coding Hakka Technology to replace the 542 lines of C++ Difficult Coding he used to make his First Class Honours Final Year Electrical Engineering project.
[11:40 pm, 03/01/2025] Miroslav Kostecki:
Abdul Jimoh explains how runlinc Easy Coding Hakka Technology saves time and money
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