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--- amc:ss2025:group-f:start [2025/07/28 22:19] – [4. Node-RED Overview] elham.mohammadi
+++ amc:ss2025:group-f:start [2025/07/29 22:36] (current) – paul-christian.thoma
@@ Line 1: / Line 1: @@
 ======  Smart Plant Watering with ESP32 and MQTT======
+**Applied Measurement and Control 2025**
 Paul-Christian Thoma(32436)-Elham Mohammadi(32475)-Deniz-Zeynep Adem(33784)
@@ Line 16: / Line 18: @@
 By combining local sensing, cloud-based logic, and remote monitoring tools, this system provides a scalable, modular approach to smart irrigation in home or laboratory environments.
-{{ amc:ss2025:group-f:prototype2.jpeg |}}
+{{ :amc:ss2025:group-f:prototype2.jpeg?direct&600 |{{ amc:ss2025:group-f:prototype2.jpeg |}}}}
 **Figure 1.** Automated Plant Watering System Prototype
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 The following diagrams, created using Tinkercad, illustrate the complete hardware connections for both the Sensor and Pump nodes in the system.
-{{ amc:ss2025:group-f:moisture_sensor_circuit.png |}}
+{{ :amc:ss2025:group-f:moisture_sensor_circuit.png?direct&600 |}}
 **Figure 2.** Schematic Diagram of Sensor Setup (designed by Deniz-Zeynep Adem)
-{{ amc:ss2025:group-f:pump_wiring_with_adaptor.png |}}
+{{ :amc:ss2025:group-f:pump_wiring_with_adaptor.png?direct&600 |}}
 **Figure 3.** Schematic Diagram of Pump Setup (designed by Deniz-Zeynep Adem)
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 {{youtube>sK5l7mIVL0s?}}
+{{youtube>vU9CFVkbPiY?}}
+{{youtube>XZt8VXC4Ths?}}