a couple changes requested by kevin greer for his FOAM talk
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events.xml
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events.xml
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<!-- Fall 2015 -->
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<eventitem date="2015-11-26" time="5:00-7:00 PM" room="MC 4063"
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title="An Introduction to the FOAM Framework">
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title="An Introduction to Google's FOAM Framework">
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<short>
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<p>
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An introduction to the FOAM framework, an open-source modeling framework written in Javascript.
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An introduction to Google's FOAM framework, an open-source modeling
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framework written in Javascript, by Google's Kevin Greer.
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</p>
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</short>
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<abstract>
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<p>
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Learn more at http://foamdev.com
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</p>
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<p>
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You can get in contact with Kevin Greer on twitter,
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<a href="https://twitter.com/kgrgreer">@kgreer</a>.
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</p>
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</abstract>
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</eventitem>
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@ -42,19 +47,24 @@
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title="'Static Analysis and Program Optimization Using Dataflow Analysis'">
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<short>
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<p>
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An introduction to some basic issues with optimization of imperative programs, by Sean Harrap
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An introduction to some basic issues with optimization of imperative
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programs, by Sean Harrap
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</p>
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</short>
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<abstract>
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<p>
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An introduction to some basic issues with optimization of imperative programs by Sean Harrap, beginning with traditional methods such as tree traversals.
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An introduction to some basic issues with optimization of imperative
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programs by Sean Harrap, beginning with traditional methods such as tree
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traversals.
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</p>
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<p>
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This will be followed by a more powerful solution to these problems, providing an overview of its mathematical foundations,
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and then describing how it can be used to express optimizations simply and elegantly.
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This will be followed by a more powerful solution to these problems,
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providing an overview of its mathematical foundations, and then
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describing how it can be used to express optimizations simply and elegantly.
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</p>
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<p>
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Some familiarity with the second year CS core (CS245, CS241, MATH239) will be assumed.
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Some familiarity with the second year CS core (CS245, CS241, MATH239)
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will be assumed.
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</p>
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</abstract>
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</eventitem>
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