Introduction to Computational Intelligent
Motivation
Main umbrella: Natural Computing
Computational options: Levels of Abstraction
Definition: CI
Basic Properties of CI
CI Main Paradigms
Examples of Natural phenomenas
Computational Intelligence: Modeling Methodology
Applications of CI
Recommended References
Grafana in space: Monitoring Japan's SLIM moon lander in real time
Introduction to Computational Intelligent
1. An Introduction to
Computational Intelligent (CI)
Ismael A. Ali
Doctoral Seminar | Department of Computer Science
Kent State University | Spring 2014
iali1@kent.edu
2.
3. Outline
Motivation
Main umbrella: Natural Computing
Computational options: Levels of Abstraction
Definition: CI
Basic Properties of CI
CI Main Paradigms
Examples of Natural phenomenas
Computational Intelligence: Modeling
Methodology
Applications of CI
Recommended References
4. New world of computation:
Mobility; computation in everyplace
Dynamic; computation for everything
Adaptation and improvement; computation in every-
environ
Smartness: make cup of tea
Uncertainty and Noise
missing information
Pattern recognition
Needs for computation to survive:
Think
Adapt
Sense
Move
5. Why from nature?
- The processes are well done and successfully and
for years
- we see the “natural processes” as “information
processing systems”
- We are dealing with Interdisciplinary study
7. Do not confuse!
Nature for computation: CI
“Bio-computing”
Computation for nature
“Computational biology”
Nature for engineering
“Bio-inspired engineering”
10. Definition
Computational intelligence (CI):
is a set of nature-inspired computational
methodologies and approaches
to address complex real-world problems to which
traditional approaches, i.e., first principles modeling
or explicit statistical modeling, are ineffective or
infeasible
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12. AI vs. CI
CI is a specific subset of AI, but while AI focuses on
the outcome, CI focuses on the mechanism.
Deep Blue: highly optimized + extensive knowledge base
13. Basic Properties of CI
Mobility
Adaptability
Complexity
Dynamics
Robustness
Sustainability
And more....
14. CI Main Paradigms:
artificial neural networks
evolutionary computation
fuzzy logic
swarm intelligence
artificial immune systems
ant algorithms
bee algorithms
and more to come!
15. Examples of Natural phenomenas
Pattern recognition
in different
levels of abstraction
26. Recommended References
Conferences
IEEE Computational Intelligence Society:
http://cis.ieee.org/
Courses
CITS7212 Computational Intelligence: The
University of Western Australia
http://undergraduate.csse.uwa.edu.au/units/CITS7212/schedule.html
27. Go out to the nature and try made your own algorithm(s)!