Scholastic Success With Math, Grade 1 (Scholastic Success With Workbooks: Math) Downloads Torrent
Nandan Barahona
Speaker: Zeyu Lu, Thursday, April 11
Title: Knot Theory, the Jones polynomial, and graph theory
Abstract: Knot theory is the study of mathematical knots. A main focus is whether two knots are the same even though they may appear different. Knot invariants play an important role in answering this question. One of the most interesting and successful types of invariants are knot polynomials. These involve associating polynomials with knots. We investigated several knot polynomials, including the Jones polynomial, as well as how we can relate these to graph theory
Lance Oleny 04/24/18
Title: "CoDrone: Consumer Friendly Programmable Drone"
Abstract: As automation and artificial intelligence continue to improve, the aviation industry is moving towards unmanned flight with drones. This talk will discuss my experience with programming a hand-held drone. Specifically, I have attempted to use speech-recognition software in python to send real-time basic flight commands to the drone. There will be code explanations in Python and C++. I will discuss my successes and limitation when working with the drone and will include a couple of demonstrations.
Scholastic Success With Math, Grade 1 (Scholastic Success With Workbooks: Math) Downloads Torrent
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Beau Yaremko 03/13/18
Title: "Decision Tree Modeling for Heroes of the Storm Game Videogame"
Abstract: This talk will introduce the concept of decision tree modeling (also known as classification tree models) with applications to the Stat 113 first-day survey and the video game, Heroes of the Storm. Heroes of the Storm is a competitive online video game that is growing in popularity. You pick a team of 5 heroes and battle against other players to advance through the map taking out enemy forts and towers until you finally make it to the other team's core. Once you destroy the other team's core you win the game. There are different maps with slightly different layouts that make players change up their strategies and team make-ups. Our goal is to use decision tree models to determine if there are certain strategies for each map that increase a team's probability of success.
9/6/2016 Taylor Pellerin (Abstract Fellowship 2016)
Title: "Play Select Like a Champion: Run/Pass Decision Making in FBS College Football"
Abstract: Before every single offensive play in American football, the coach has a choice to make: which set of instructions to give the team. Each play call is a decision that is tactically made. Depending on any number of conditions, a coach will have the team run or pass the ball, with the goal of advancing the field and ultimately scoring. After constraining and cleaning up a very large data set, I built a set of linear models which look at the success of certain factors in predicting efficient play calling. In this session, I will talk about the ways in which the data set was manipulated, the process of developing the models, as well as a change in run/pass decision-making that the results of the models point to.