General-purpose vs Special-purpose Embedded Systems
versatile and can be adapted for various tasks.
A simple input and out put
Example
Air-con and lighting
In smart home= spatial mapping to automate lighting and temperature base on room occupancy
Designed for specific tasks
for specific audience (special purpose)
Example
Disability
medical Device
Projector(interact and touch)in immersive room
Connection with Embedded System Characteristics
Quickly adjust
Respond promptly to user interaction and environment change
Maintain user comfort and safety
optimize resource usage to meet performance requirements while conserving energy and space.
Example Applications of Embedded Systems
Control various aspect of home environment
ensure user comfort ,convenience and energy efficiency
Public space
Enhance user experience and productivity
manage system regulate lighting , tempratur and air quality base on occupation and activity level
Suggestion for Local Community Benefits
Reduce energy consumption and contribute to sustainability efforts
Enhance living and working condition
Promote well being and productivity
Solution tailored to community needs, creating jobs and fostering innovation
In today's class, we delved into various types of embedded systems and their connections, with Mr. Yusri providing numerous examples. This deepened my understanding of what constitutes an embedded system. The class not only expanded my knowledge but also increased my awareness of the subject through the rich examples provided by Mr. Yusri.
One highlight of today's session, which I particularly enjoyed, was the discussion on suggestions for community benefit. Overall, today's class has been enlightening, allowing me to learn new things and gain a clearer understanding of embedded systems.