Seminar Announcement
These events are organized by various sub-sets of the IEEE Toronto Section.
The contact person listed below is the volunteer who has arranged this event.
Please use the e-mail link provided if you have any questions, suggestions,
or concerns.
| Title
|
Computational Intelligence and Judgement-Based
Decisions - Fuzzy Logic and the Calculus of Katrina.
An IEEE Signals & Computational Intelligence Joint Chapter Lecture |
| Speaker
|
Dr. Lorna Strobel Stewart, Ph.D.
Alaleh Azad B. Eng.
|
| Day and Time
|
Wednesday, May 31, 2006,6:30 - 8:00 pm
Get together & Networking at 6:00 p.m.
|
| Location
|
Room SF2202, Sanford Fleming Building,
University of Toronto, 10 King's College Road
Enter from King's College Road,
1 block east of St. George Street Click for MAP - select code SF
Toronto.
|
| Organizer
|
The Signals & Computational Intelligence Joint Chapter
|
| Contact
|
Bruno Di Stefano, E-mail:
|
| Abstract
|
People had trouble crunching numbers, so they invented computers –
technology that uses binary logic and strings of zeros and ones to
calculate.
On the other hand, people were, and still are, fairly good at adding
up opinions, warnings, and probabilities in their heads, then "going
with the gut". They survive by using soft information to compare the
present to the past, then drawing conclusions about possible future
consequences. And, they do this without the help of computers.
Even though these mental extrapolations are essential to survival,
they are not without risk. Many things render judgement calls
inconsistent, arbitrary, or even wrong – lack of experience, moods,
the time of day, and cognitive biases. Currently, computers lack the
algorithms that would allow them to help reduce these risks.
In this presentation, the Daams-Stewart algorithm is introduced.
Using a new fuzzy implication operator, it captures the cognitive
process of extrapolating from experience, and, at the same time,
reduces the errors in judgement that creep into human reasoning.
Disaster recovery – where rational decision-making is an imperative -
is used to illustrate the algorithm. .
The result is computationally intelligent technology that uses
soft-computing methods to reduce the risks inherent in the intuitive
extrapolations that go on inside the heads of decision-makers.
|
| Biography
|
Dr. Lorna Strobel Stewart, Ph.D.
Dr. Strobel Stewart is a mathematician, author, teacher and
entrepreneur. She did her undergraduate work in pre-medicine at
McMaster; her graduate work in mathematics at U of T; her masters in
administration at Niagara University; her graduate work in sociology
at the University of Houston, and; her doctoral studies at the
University of California at Berkeley. She is the co-inventor of the
Daams-Stewart algorithm
Currently, she is working in the field of computational intelligence
with particular attention to the use of judgement in decision-making.
Alaleh Azad B. Eng.
Alaleh Azad is a computer hardware engineer and researcher. She began
her studies in science and mathematics in Iran. Then, she completed
her undergraduate work in Canada at Concordia University with
additional studies at Ryerson University.
Currently, she is collaborating with Dr. Strobel Stewart on research
in computational intelligence.
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