added rmann, ehashman, fem101 talks to media
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media/index.xml
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media/index.xml
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CD or DVD should you so choose.
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<ul class="media">
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<mediaitem title="SAMS - Seminars and More Seminars">
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<mediaitem title="Feminism in STEM - a 101 Panel">
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<abstract>
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<p>
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Four talks on a range of CS-related topics.
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<br />
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Theo Belaire will talk about his experience developing modules for the Linux kernel
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in the Rust programming language, and its pitfalls.
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<br />
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Bryan Coutts will talk about the weighted closest neighbour problem, which has
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important applications in finding not only the nearest pizza place, but the fastest
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pizza place.
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<br />
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Richard Ye will talk about a few important design principles to keep in mind
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when making web UIs, or any UIs in general.
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<br />
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Tristan Hume will talk about his experience using binary forms of data communication,
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and a sample protocol for binary communication.
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A panel organized by the CS Club on how feminism manifests itself in STEM,
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specifically CS and Engineering.
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Panelists are Dr. Prabhakar Ragde, Swetha Kulandaivelan, and Filzah Nasir.
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Moderated by Fatema Boxwala.
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Due to battery trouble, the first few minutes of audio were lost. The panelists
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were introduced as Prabhakar from the School of Computer Science, Swetha from
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4A Mechanical Engineering, and Filzah as an Engineering grad student.
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Sample questions from the panel section are:
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<ul>
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<li>Filzah and Swetha, can you expand on how Engineering tries to keep its curriculum grounded in reality?</li>
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<li>Why would an Engineering 101 instructor tell the class to design urinals?</li>
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<li>Prabhakar, how can men in STEM help women get their voices heard?</li>
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</ul>
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Sample questions from the audience after the panel:
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<ul>
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<li>As a woman in CS, how do I know I wasn't hired to meet a diversity target?</li>
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<li>Filzah, you mentioned that "getting to 50%" isn't what you're interested in. Can you expand on that?</li>
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<li>An admittedly selfish argument I've seen on Reddit asks why we should cooperate with marginalized
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communities when we're not significantly affected by them? (Response at 10 minutes into questions)</li>
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<li>Prabhakar, how has CS changed since you were an undergrad?</li>
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</ul>
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</p>
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</abstract>
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<presentor>Theo Belaire, Ford Peprah, Tristan Hume, Richard Ye, Bryan Coutts</presentor>
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<mediafile file="b2coutts-sams16-talk.mp4" type="Bryan Coutts Talk (x264)" />
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<mediafile file="richardye-sams16-talk.mp4" type="Richard Ye Talk (x264)" />
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<mediafile file="tbelaire-sams16-talk.mp4" type="Theo Belaire Talk (x264)" />
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<mediafile file="tghume-sams16-talk.mp4" type="Tristan Hume Talk (x264)" />
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<thumbnail file="richardye-sams16-talk-thumb-small.jpg"/>
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<presentor>Prabhakar, Fatema, Filzah, Swetha</presentor>
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<mediafile file="fem101-panel-discussion.mp4" type="Panel questions and discussion (mp4)" />
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<mediafile file="fem101-questions.mp4" type="Audience questions (mp4)" />
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<thumbnail file="fem101-questions-thumb-small.jpg"/>
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</mediaitem>
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<mediaitem title="Bringing OOP Best Practices to the World of Functional Programming">
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<abstract>
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<p>
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I transitioned from writing software in imperative, object-oriented
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(OO) programming languages to doing functional programming (FP)
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full-time, and you can do it, too! In this talk, I'll make a case for
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using FP for real-world development, cover some cases where common FP
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language features substitute for design patterns and OOP structure,
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and provide some examples of translating traditional OO design
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patterns into functional code.
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</p>
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</abstract>
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<presentor>Elana Hashman</presentor>
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<mediafile file="ehashman-oop-best-practices.mp4" type="OOP Best Practices (mp4)" />
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<thumbnail file="ehashman-oop-best-practices-thumb-small.jpg"/>
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</mediaitem>
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<mediaitem title="Open Source Computer Sound Measurement">
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<abstract>
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<p>
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An ideal computer audio system should faithfully reproduce signals of
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all frequencies in the audible range (20 to 20,000 cycles per second).
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Real systems, particularly mobile devices and laptops, may still
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produce acceptable quality, but often have a limited response,
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particularly at the low (bass) frequencies.
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Sound/acousic energy refers to time varying pressure waves in air.
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When recording sound, the acoustic signal will be picked up by
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microphone, which converts it to electrical signals (voltages). The
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signal is then digitized (analog to digital conversion) and stored as
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a stream of numbers in a data file. On playback the digital signal is
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converted to an electrical signal (digital to analog conversion) and
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finally returned as an acoustic signal by a speaker and/or headphones.
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In this talk I will present open source software (Octave/Linux) to
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measure the end-to-end frequency response of an audio system using the
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Discrete Fourier Transform. I will demonstrate the software using a
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standard USB audio interface and a consumer grade omnidirectional
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microphone.
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This is joint work with John Vanderkooy, Distinguished Professor
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Emeritus, Department of Physics and Astronomy.
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</p>
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</abstract>
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<presentor>Richard Mann</presentor>
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<mediafile file="rmann-oss-sound-measurement.mp4" type="OSS Sound Measurement (mp4)" />
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<thumbnail file="rmann-oss-sound-measurement-thumb-small.jpg"/>
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</mediaitem>
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<mediaitem title="Network Infrastructure talk">
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