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STATEWIDE
ACADEMIES |
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Chiwaukee Academy
Kenosha/Racine Area
August
11-15, 2008 |
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Christa
McAuliffe Academy
Appleton
Area
July
14-18, 2008
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Cray
Academy
Chippewa Falls Area
July 4-7, 2008 |
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Gitche
Gumee Academy
Ashland
Area
July
28-August 1, 2008 |
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John
Muir Academy
Verona
Area
July
28-August 1, 2008 |
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Northwoods Academy
Rhinelander Area
August
4-8, 2008 |
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Sally
Ride Academy
West
Allis Area/June 23-27, 2008 Waukesha Area/July
14-18, 2008 Grafton Area/July 28-August 1,
2008 Fond du Lac Area/August 11-15, 2008 |
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Star
Academy
River Falls Area
July
29-August 1, 2008 |
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Washburn
Academy
Holmen
Area/July 14-18, 2008 Onalaska Area/July
28-August 1, 2008
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WASDI |
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O-4/O-14(7-12)
CS (COMPUTER SCIENCE) FOR NON-GEEKS
AND THE REST OF US
Kenny Hunt, Dave Riley, Thomas
Gendreau & Eric Brunsell all of
UW-La Crosse
hunt.kenn@uwlax.edu
riley@cs.uwlax.edu
genreau@cs.uwlax.edu
brunsell.eric@uwlax.edu
This workshop consists of a series
of activities that present
fundamental concepts from computer
science in a manner that is engaging
and accessible to math, science and
tech ed teachers. The
activities include fun class
experiments involving robots,
digital images, how to protect
computers from hackers, data and
data sorting algorithms and the
intrinsic limits of computing
(computers can't do everything).
These activities have been
extensively class tested with
students from a wide range of
backgrounds and can be easily
adapted to middle and high school
curricula. A great workshop to
help you stay ahead of your kids!
Objectives:
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Be able to translate decimal
numbers to binary and binary
to decimal |
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Know the relative sizes of
byte, kilobyte, megabyte,
terabyte, and petabyte |
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Understand that data has
alternative forms (numeric,
textual, code, image, sound) |
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Understand the nature of
software development as a
problem solving activity |
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Understand the distinction
between sequential and
concurrent execution |
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Understand the role of
compilers and the separation
of program compilation from
program execution |
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Be able to analyze a
Boolean expression involving
the operations of NOT, AND,
OR, IMPLIES and EQUIVALENCE |
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Be able to express a factual
English sentence in the form
of propositional logic |

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