Codes for building and training the neural network model described in Domain-informed neural networks for interaction localization within astroparticle experiments.

Last update: Dec 13, 2021

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Deep Learning DiNN

Overview

Domain-informed Neural Networks

Codes for building and training the neural network model described in Domain-informed neural networks for interaction localization within astroparticle experiments.

This work proposes a novel domain-informed neural network architecture for experimental physics, using particle interaction localization with the time-projection chamber (TPC) technology for dark matter research as an example application. A key feature of the signals generated within the TPC is that they enable localization of particle interactions through a process called reconstruction (i.e., inverse-problem regression). While multilayer perceptrons (MLPs) have emerged as a leading contender for reconstruction in TPCs, such a black-box approach lacks knowledge of detector physics and this can be problematic for the extreme-precision dark matter research. It is in this regard that this paper looks anew at neural network-based interaction localization and encodes prior detector knowledge, in terms of both signal characteristics and detector geometry, into the feature encoding and the output layers of a multilayer (deep) neural network. The resulting neural network, termed Domain-informed Neural Network (DiNN), limits the receptive fields of the neurons in the initial feature encoding layers in order to account for the spatially localized nature of the signals produced within the TPC. This aspect of the DiNN, which has similarities with the emerging area of graph neural networks in that the neurons in the initial layers only connect to a handful of neurons in their succeeding layer, significantly reduces the number of parameters in the network in comparison to an MLP. In addition, in order to account for the detector geometry, the output layers of the network are modified using two geometric transformations to ensure the DiNN produces localizations within the interior of the detector. The end result is a neural network architecture that has 60% fewer parameters than an MLP, but that still achieves similar localization performance and provides a path to future architectural developments with improved performance because of their ability to encode additional domain knowledge into the architecture

Pytorch Implementation of Interaction Networks for Learning about Objects, Relations and Physics

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This's an implementation of deepmind Visual Interaction Networks paper using pytorch

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166 Dec 6, 2022

Code to reproduce the experiments in the paper "Transformer Based Multi-Source Domain Adaptation" (EMNLP 2020)

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Dist2Dec: A Simplicial Neural Network for Homology Localization

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Graph Self-Attention Network for Learning Spatial-Temporal Interaction Representation in Autonomous Driving

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PyTorch framework, for reproducing experiments from the paper Implicit Regularization in Hierarchical Tensor Factorization and Deep Convolutional Neural Networks

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CPF: Learning a Contact Potential Field to Model the Hand-object Interaction

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Code for KDD'20 "An Efficient Neighborhood-based Interaction Model for Recommendation on Heterogeneous Graph"

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Remove ORCID
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Yet another Zenodo test for community
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presubmit_zenodo_test2(Dec 10, 2021)

Another Zenodo test to see if Communities and ORCID set correctly.
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presubmit_zenodo_test(Dec 10, 2021)

This is a test release for pre-submission to see that the Zenodo hook works.
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Codes for building and training the neural network model described in Domain-informed neural networks for interaction localization within astroparticle experiments.

Related tags

Overview

Domain-informed Neural Networks

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