How can an Arduino board be used in an IoT application?
What is the role of sensors in both MDS and IoT applications?
How does a Wi-Fi module enhance an MDS for IoT applications?
Describe a scenario where an MDS and IoT are combined to create a smart system.
What challenges might arise when integrating MDS with IoT for a remote switch application?
Answers and Descriptions:
Answer: An Arduino board can be used in an IoT application by connecting it to a Wi-Fi module and programming it to send/receive data over the internet.
Description: For example, an Arduino with an ESP8266 module can control devices like lights remotely by receiving commands from a smartphone app.Answer: Sensors in MDS and IoT applications collect environmental data (e.g., light, temperature) to trigger actions or send data for processing.
Description: In MDS, sensors control local outputs (e.g., LEDs); in IoT, they send data to the cloud for remote monitoring or control, like temperature in smart homes.Answer: A Wi-Fi module enables an MDS to connect to the internet, allowing remote control and data exchange in IoT applications.
Description: The module (e.g., ESP8266) adds wireless connectivity, transforming a local MDS project into an IoT system accessible via apps or servers.Answer: A smart home system uses an Arduino (MDS) with a temperature sensor to monitor room temperature and an IoT setup to send data to a smartphone, allowing remote fan control.
Description: The Arduino reads sensor data, and a Wi-Fi module sends it to a cloud server, enabling users to monitor/control the fan via an app.Answer: Challenges include ensuring stable internet connectivity, securing data transmission, and handling power supply limitations for the MDS.
Description: Unreliable Wi-Fi, cybersecurity risks (e.g., hacking), and battery constraints can affect the performance of an IoT remote switch system.
