Challenges in Embedded Systems Design
Balancing Performance with energy efficiency
Example
Solar energy
Challenge: power consumption
Benefit: useful in Malaysia because of the season
Ensure the protection of Data
Prevent unauthorized access
Argument (Example)
cookies (while logging in any application)
Regulation(Facebook permission on using picture )
Adapting ,Changing and technology
Smart Home and Smart Environment:
Leveraging Embedded Systems
optimize energy consumption and regulate temperature based on occupancy.
Example
Solar Energy
systems integrate with home security systems
Example
camera/hidden camera
CCTV
Get personal data
Anabel automation of various home task
Example
Popular robot now a day(Cleaning robot)
Could reduce human energy in school if we uses it to clean the walkway
Car automation
To generate energy
Optimize resources usage in smart environment
Facilitate real time tracking
Smart watch
Track heart rate
Continuously tracking vital signs a activity level
To create a intelligent living spaces that enhance convenience and comfort.
Embedded Systems' Contribution
Automation
Energy efficiency
Monitors Energy usage
Reduce energy wastage and lower utility bills
Monitor sensor and real time monitoring
Monitor environment for a health indoor environment
Example
Green plants(Monitor indoor temperature)
For real time monitoring and alerts
In today's classes, the most noteworthy learning centered around smart environments and smart homes. This session provided me with a deeper understanding of how these technologies can enhance our daily lives and contribute to environmental well-being. Exploring the concepts and various embedded systems, such as energy management and environmental monitoring, was not only enjoyable but also introduced me to new and intriguing aspects. Overall, today's class expanded my awareness of the potential benefits and applications of smart environments and smart homes.