Victor Miagkikh on Computerized Movie Recommendations
- 12 years ago
Victor Miagkikh on Computerized Movie Recommendations
The Association for Computing Machinery - Association for Computing Machinery (ACM)
Learning in Networks: from Spiking Neural Nets to Graphs with Victor Miagkikh.Hebbian learning is a very well known principal of unsupervised learning in networks: if two events happen "close in time" then the strength of connection between the network nodes producing those events increases. Is it a complete set of learning axioms?Given a reinforcement signal (reward) for a sequence of actions we can add another axiom: "reward controls plasticity". Thus, we get a reinforcement learning algorithm that could be used for training spiking neural networks. The author will demonstrate the utility of this algorithm on a maze learning problem.Can these learning principles be applied not only to neural, but also to other kinds of networks?Yes, in fact we will see their application to economical influence networks for portfolio optimization. Then (if time allows) we consider another application: social networks for a movie recommendation engine, and other causality inducing principles instead of "close in time".By the end of the talk the author hopes that the audience would agree that the "reward controls plasticity" principle is a vital learning axiom - Association for Computing Machinery (ACM)
The Association for Computing Machinery - Association for Computing Machinery (ACM)
Learning in Networks: from Spiking Neural Nets to Graphs with Victor Miagkikh.Hebbian learning is a very well known principal of unsupervised learning in networks: if two events happen "close in time" then the strength of connection between the network nodes producing those events increases. Is it a complete set of learning axioms?Given a reinforcement signal (reward) for a sequence of actions we can add another axiom: "reward controls plasticity". Thus, we get a reinforcement learning algorithm that could be used for training spiking neural networks. The author will demonstrate the utility of this algorithm on a maze learning problem.Can these learning principles be applied not only to neural, but also to other kinds of networks?Yes, in fact we will see their application to economical influence networks for portfolio optimization. Then (if time allows) we consider another application: social networks for a movie recommendation engine, and other causality inducing principles instead of "close in time".By the end of the talk the author hopes that the audience would agree that the "reward controls plasticity" principle is a vital learning axiom - Association for Computing Machinery (ACM)