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1
Introduction
2
Welcome
3
Sequences
4
Quantitative Pipeline
5
Alpha Modeling
6
Technical Features
7
Portfolio Optimization
8
Execution
9
Sequence Decision Making
10
Deep Learning
11
Deep Network
12
Sequence Modeling
13
Quantitative Finance
14
Recurrent Neural Networks
15
Reinforcement Learning
16
QA
17
Algorithm Adaptation
18
Qualitative Features
19
Future of Reinforcement Learning
20
Deep Learning Models
21
Distribution in Inference
22
Missing Data
23
Deep Learning vs Deep Understanding
24
Explainability
Description:
Explore deep learning applications in quantitative finance through this comprehensive ACM conference talk. Gain insights into the quantitative investment process, from raw data input to trade execution, and learn how deep learning sequence methods can be applied to various steps in this pipeline. Discover the fundamentals of feature extraction, return forecasting, portfolio allocation, and trading execution. Delve into sequence modeling, recurrent neural networks, and reinforcement learning in the context of financial decision-making. Examine technical features, qualitative factors, and the challenges of missing data in financial modeling. Discuss the future of reinforcement learning, explainability in deep learning models, and the distinction between deep learning and deep understanding in quantitative finance. No prior knowledge of finance or deep learning is required for this informative session led by David Kriegman, a distinguished computer science professor and industry expert.

Deep Learning for Sequences in Quantitative Finance

Association for Computing Machinery (ACM)
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