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1
Intro
2
Overview
3
How to Train a Computer
4
Deep Convolutional Networks
5
Resnets
6
Example: Dermatology
7
Example: Pathology
8
Example: Retinopathy
9
Transfer Learning
10
Recurrent Neural Networks
11
Discriminative or Generative?
12
Latent Variable Models
13
Amortized Variational Inference
14
Discriminative vs. Generative Learning
15
Unsupervised Deep Learning
16
Image Analogies
17
Deep Reinforcement Learning
18
Al is not for free...
19
Explosive Growth Deep Neural Networks
20
Al is moving to the Cloud
21
Solutions
22
Full Bayesian Compression
23
Low Bit-Width DL
24
Spiking Hardware
25
Spiking Neural Networks
26
Conclusions
Description:
Explore the future of energy-efficient artificial intelligence in this thought-provoking lecture by Professor Max Welling from the University of Amsterdam. Delve into the challenges of modern deep learning architectures, which require extensive computational resources and data for training and execution. Learn about innovative approaches to maximize AI capabilities per kilowatt-hour, including neural network compression techniques, low-precision computing, and spiking neural networks. Gain insights into the potential shift of AI computation to edge devices and understand the importance of energy efficiency in the next phase of AI development. Discover how these advancements could shape the future of machine learning across various applications, from medical imaging to reinforcement learning.

Artificial Intelligence per Kilowatt-Hour - Max Welling, University of Amsterdam

Alan Turing Institute
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