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The 4th Industrial Revolution, G1 (IPCM 4 Liang, DFLL4 Emily, IBS 2 Kimo,…
The 4th Industrial Revolution
Taiwan can help, Protect what you love, smart city revolution.
Science and Technology
Purpose
Create a sustainable and convenient city
Smart City
Using technology to achieve sustainable urban development and life convenience
Agriculture
Technology
Control agricultural production processes
Reduce resource waste
Protect plant growth
IoT
Big data analysis
Purpose
Increase agricultural output
Improve the quality of agricultural products
Reduce environmental pollution
AI
Green Energy
Purpose
Solve energy crisis and environmental issues
Reduce carbon emissions
Promote economic development
Improve energy security
e.g.
Solar energy
Wind energy
Geothermal energy
Cultural Conservation
Technology
Cultural relic restoration
Digital collection
Medical treatment
Telemedicine
Enable instant diagnosis and treatment
Solve the uneven distribution of medical resources
Improve the efficiency of medical services
Improve patient medical experience
Smart City
Benefits
Public Services
Tools
Real-time data analysis
Sensors
e.g. traffic cameras, road sensors, connected vehicles and connected infrastructure
Improvemants
Waste management
Public transportation
Environmental Sustainability
Reduce carbon emissions
Alternative transportation
Green infrastructure
Economic Growth
Ecosystem of
startups
and
tech companies
Drivie job creation
Attract investments
Challenges
Data Privacy
Solution
Encryption
and
Anonymization
technologies
Security protocols
review and update regualarly
Promblems
Transparency in data
Digital Divide
Promblems
who don’t have the ability to use digital technology
Solution
Promoting digital training
Providing affordable broadband access
Recommendations
Collaboration
Governments-Businesses-Rresidents
Inclusivity and Transparency
Prioritize diverse needs
Balancing Innovation and Well-being
Smart factory
What is it?
machine
analyze data,drive automated processes, and learn
AI
Industrial Internet of Things
Modern database
How does it work
1
Data acquisition
get data by way of sensors and gateways
gather data into the system
I IOT
2
Data analysis
use advanced analytics
Machine learning and intelligent systems
to optimize performance and auto-correct as warranted
3
Intelligent factory automation
established workflows
sent to the machines and devices
being monitored and optimized
Industry 4.0
a system of interconnected digital technologies
integrating the entire manufacturing ecosystem to reduce waste, allocate resources efficiently, low production lead times, and reduce costs
5 pillars
Connected system
collect real-time data
Industrial Internet of Things and wireless sensors
data sharing and smart decision-making
Data transparency
access to real-time data and status information in the production process
quickly identify and address problems
"Kaizen" and "6s"
"Kaizen" is the principle of continuous improvement
the workplace to establish orderliness and discipline
sort, shine, sustain, safeguard, set in order, standardize
Automation
automating routine tasks and jobs to free up human workers
allowing humans to focus on more creative and problem-solving tasks
Machine learning
using machine learning and AI to anticipate and respond to condition
proactively planning maintenance
efficiently allocating resources
Goals
improving efficiency
reducing waste
data-driven decision making
G1
IPCM 4 Liang
10%
DFLL4 Emily
20%
IBS 2 Kimo
65%
IBS m2 William
30%
IPCM3 Tammy
20%