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Study mode:
on
1
Intro
2
Overview
3
Context: Optimisation
4
Code your way out of a paper bag
5
Dragons! T-shirt!
6
Spirangle code
7
How did the turtle get into the paper bag?
8
What shaped paper bag?
9
Hill walking
10
Crumpled bag
11
Try random stuff
12
Actual annealing
13
Simulated annealing
14
Exponential curve
15
Swarm!
16
Particle Swarm Optimisation, PSO
17
PSO Move
18
PSO Swarm
19
Update velocity
20
What's a gradient?
21
Gradients c.f. hill climbing
22
Gradients: problems
23
Neural Networks
24
Backpropagation
25
What did we learn?
Description:
Explore innovative optimization techniques and machine learning concepts in this engaging ACCU 2018 conference talk. Dive into the world of hill climbing algorithms, turtle graphics, and paper bag programming challenges. Learn how to navigate rectangular and crumpled paper bags using various methods, including gradient descent, stochastic gradient descent, and simulated annealing. Discover the connections between these techniques and neural networks, deep learning, and other machine learning applications. Gain insights into particle swarm optimization, gradient-based approaches, and their potential pitfalls. Whether you're a curious beginner or an expert seeking a fresh perspective, this talk provides a unique and accessible introduction to fundamental concepts underpinning many areas of artificial intelligence and optimization.

Turtles! Hill Climbing! Hammers! Paper Bags!

ACCU Conference
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