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1
Intro
2
Quadratic Equations
3
Nomograms
4
Hilberts 13th Problem
5
Multivariate Continuous Functions
6
Riskfuel
7
Deep neural nets
8
Meme
9
Theory
10
Deep Neural Theory
11
What Matters
12
Frequency Principle
13
Quantity beats quality
14
Data placement
15
Exotic options
16
Bermuda swaption
17
Double Knockout Partial Barrier Option
18
Three Pillars of Riskfuel
19
Pricer Riskfuel
20
Retraining
21
Putting data where it needs to go
22
More layers or more neurons
23
Double knockout pairs
24
Black shells
Description:
Explore the intersection of deep learning and quantitative finance in this 59-minute seminar from the Fields Institute. Delve into the historical context of Hilbert's 13th problem and its relevance to modern machine learning techniques. Discover how continuous multivariate functions relate to deep neural networks and their application in solving stochastic differential equations for high-dimensional contingent claim valuation. Learn about Riskfuel's approach to pricing exotic options, including Bermuda swaptions and double knockout partial barrier options. Examine key principles such as the frequency principle, data placement strategies, and the trade-offs between network depth and width. Gain insights into the three pillars of Riskfuel and their innovative retraining methods for maintaining model accuracy.

Deeply Learning Derivatives - From Hilbert to Riskfuel

Fields Institute
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