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Module 3 - Coggle Diagram
Module 3
3.4 Mobile Computing (Perkomputeran Mudah Alih)
Hardware
includes mobile devices or
device components
Mobile computing
human-computer interaction in which a computer
related with
mobile communications
mobile hardware
mobile software
Communication problems include hoc networks and infrastructure
used to facilitate communication interaction
and delivery of information to others
benefits
ability to get leads
entertain yourself when bored
do business & etc..
Mobile devices can be connected to a local area network (LAN)
Provide
portability
connectivity
social interactivity
individual
A smart card that can run many applications
3.6 Cyber Security (Keselamatan Siber)
advancement of network technology, the risk of cyber threats and cyber attacks also increase
can protect their data and minimize the associated risks.
Types of cyber threat
Cybercrime involves a single perpetrator or group
Cyber attacks often involve politically
motivated information
Cyberterrorism aims to weaken electronic systems to cause panic or fear.
e way of defending computers
Network security
way of securing a computer network
Application security
keeping software and devices free from threats
Information security protects the integrity and privacy of data
Operational security encompasses the processes and decisions to handle and protect data assets
3.1 9 Pillars &Cyber-physical Systems
aim
to integrate knowledge and engineering principles
to develop cyber digital physical systems science and support technologies
9 pillars of IR 4.0
cyber security
simulation
augmented reality
system integration
additive manufacturing
big data analytics
cloud computing
autonomous and robotics systems
the internet of things
Cyber-Physical Systems
interoperability
virtualization
decentralization
real-time capability
service orientation
modularity
designed as network interacting with physical input and output
mobile physical-cyber systems
Flexible cyber-physical systems
studied have inherent mobility, are a prominent subcategory of cyber-physical systems
increasing popularity of smartphones
applications
under an autonomous system of communicating based on sensor
3.5 (Related Disciplines (Displin Berkaitan)
strategic view
strategic road map
road map of new technology
culture
leadership
taxonomy
scheme of classification
Industry 4.0 analysis
strategic
management
technical
human intervention
Each data in the domain is classified into a hierarchical structure
Corporate culture is an inevitable part
knowledge shariing
open innovation
mission & vision
open innovator and innovation
Investment: Industry 4.0
Strategy (Strategy)
Corporate approach
Resources to be realized
Implementation roadmap:
Business model adaptation
Innovation management
Value flow
3.3 Industry Support System 4.0
Goal 12
ensures sustainable consumption and production patterns.
Helping Malaysia Achieve Industry 4.0
aim
to operate more efficiently by ensuring fewer human errors
introduction of smart systems
in line with Goal 9 of the Sustainable Development Goals
National Industry 4.0 Policy (Industry4WRD)
goal
To increase productivity by 30% in the factory sector,
To increase the contribution of the manufacturing sector,
from RM254 billion to RM392 billion,
Thus, increasing the number of highly skilled workers from
18% to 35%.
To increase innovation capacity, and be part of the top 30
countries,
Objective
attract interest,
create the right ecosystem
change the Malaysian
industry.
challenges
Lack of awareness
Financing
significant gaps towards skills and infrastructure development
lack of governance and ecosystem support
3.2 Robotic Automation &
Collaborative Robots
Traditional Robots in Manufacturing
first robot with an electro-mechanical axis in 1973
from KUKA
robot, named FAMULUS
six axes designed to mimic the movements and mechanics of the human arm
Collaborative Robots (Cobots)
J. Edward Colgate and Michael Peshkin
a professors at Northwestern University
created in 1996
describe as
tools and methods for direct physical interaction between
a person
a computer-operated
able to learn a variety of tasks
Autonomous robots can act on their own
program the robot to respond to external stimuli
autonomous robot
difficult to code repeatedly
work independently
remain motionless
isolated from human interaction