Embedded Files
Introduction
Introduction
In the first class of Semester 1.5, we began by understanding what an embedded system is. We discussed its definition and also gained insight into what we will be doing throughout this semester, including assignments, classwork, and the overall course structure.
Example of Embedded System
Example of Embedded System
Examples of Embedded Systems:
Traffic Light: Involves an embedded system for managing time and the synchronization of traffic lights.
Medical Device: Utilizes a monitor and includes the regulation of physiological functions.
Automotive System: Includes embedded systems for controlling functions such as:
Engine management
Touch screen
Airbag deployment
Anti-lock braking system
Key characteristic of embedded system
Key characteristic of embedded system
Real-Time Operation:
Real-time operation involves responding to input or stimuli within specific time constraints.
Examples include:
Airbag deployment
Anti-lock braking system (applies brakes in real-time)
Reliability:
Reliability is the assurance of consistent and predictable operation over extended periods without failure.
Examples include:
Medical devices (for patient safety)
Constrained Resources:
a fundamental characteristic of embedded systems, ensuring consistent and predictable operation over extended periods without failure.
Class conclusion
Class conclusion
Purpose-built computer systems are integral to our daily lives, operating behind the scenes to enhance efficiency for various devices and systems
Conclusion/Reflection
Conclusion/Reflection
In this week, I have gained a basic understanding of what an embedded system is. I have also gained insight into the fact that embedded systems are constantly at work around us. It was surprising to discover that everyday appliances, such as washing machines and security cameras, also incorporate embedded systems. However, in today's class, I gained some basic knowledge about embedded systems and their applications.
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