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Adam Cuppy
Ahmed Omran
Alan Ridlehoover
Amit Zur
Andrew Mason
Andrew Nesbitt
Andy Andrea
Andy Croll
Asia Hoe
Avdi Grimm
Ben Greenberg
Bhavani Ravi
Brandon Carlson
Brittany Martin
Caleb Thompson
Caren Chang
Chiu-Ki Chan
Christine Seeman
Cody Norman
Devon Estes
Eileen Uchitelle
Emily Giurleo
Emily Samp
Enrico Grillo
Espartaco Palma
Fito von Zastrow
Frances Coronel
Hilary Stohs-Krause
Jalem Raj Rohit
Jemma Issroff
Jenny Shih
Joel Chippindale
Justin Searls
Katrina Owen
Kevin Murphy
Kudakwashe Paradzayi
Kylie Stradley
Maeve Revels
Maryann Bell
Matt Bee
Mayra Lucia Navarro
Molly Struve
Nadia Odunayo
Nickolas Means
Noah Gibbs
Olivier Lacan
Ramón Huidobro
Richard Schneeman
Rizky Ariestiyansyah
Saron Yitbarek
Sean Moran-Richards
Shem Magnezi
Srushith Repakula
Stefanni Brasil
Stephanie Minn
Sweta Sanghavi
Syed Faraaz Ahmad
Tekin Suleyman
Thomas Carr
Tom Stuart
Ufuk Kayserilioglu
Valentino Stoll
Victoria Gonda
Vladimir Dementyev
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## Abstract We'll visualize the steps for several sorting algorithms not only using pretty visualizations on a slide, but also with people as the objects being sorted. Don't know what an algorithm is, what performance really means, or what "Big O" means, or what these best-, worst-, and average-case time complexities mean? No problem! We're going to learn together how computers figure out how to sort sets of numbers. You can expect to come out knowing new things and with Benny Hill stuck in your head. We'll visualize several sorting algorithms---but we'll be sorting the audience! Don't know what an algorithm is, what performance means, what "Big O" is, or the effect best-, worst-, and average-case time complexities? No problem: we'll learn together! You can expect to come out knowing new things and with Benny Hill stuck in your head. Source code for charts, bars, and playing Benny Hill across several slides: https://github.com/calebthompson/sorting-rubyists ## Details In addition to the audience-participation portion of learning the algorithms, I'll be introducing the idea of algorithms at all (what a scary word), breaking down Big O notation to something even I can understand, and we'll have some fun visuals of the algorithms tackling much larger sets of elements to be sorted in various scenarios (already sorted, random, reversed, few distinct elements). ## Pitch This is NOT going to be a dry computer science talk. I plan to do everything I can to make it fun and interesting to the audience, just as my professor did for us in Data Structure & Algorithms. People will be getting up from their seats, laughing at Gifs, and having a great time. There's no reason these core concepts for software need to be boring.
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