Embedded System1 Project 1 Functional Concepts

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Embedded System Project 1 








Week 1

 This week we've had a general introduction to the embedded system, and we've covered it in class.

An Embedded System is a specialized computing system that is embedded into a larger device or system to perform specific tasks. Unlike general-purpose computers, embedded systems are highly optimized, have specific functions, and are not used for general computing. They typically consist of hardware (e.g., microcontrollers, sensors, memory) and software (e.g., firmware, real-time operating systems).


Key Features of Embedded Systems：

1.Specific Functionality

Typically performs only specific functions, such as control, monitoring, or data processing.

2.Limited Resources

Limited in computing power, storage, and power consumption, requiring efficient optimization.

3.Real-time Performance

Many embedded systems must respond within a specific time frame, such as in autonomous driving systems.

4.Low Power Consumption

Many embedded devices (e.g., smartwatches) require low power consumption to extend battery life.

5.High Reliability

Often used in critical applications (e.g., medical devices, industrial control) and must not fail easily.

6.High Integration

Usually embedded in other products and interacts with the physical world (e.g., sensors, actuators).


Week 2

We learnt how to install PyCharm and Python in the online session. Then we were taught how to open Python in PyCharm and install PortAudio in Python.






Project 1

We took the lead in dividing up the group into groups each of us conducted a corresponding study below are the parts of the study that were researched by each member of our group


 

Making infographic

 

This is the first version of our infographic 



Final Product

But it turned out that we deviated a bit from the requirements of assignment 1, so we created a second version of infographic 

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