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whoami

Hi there 馃憢 - I'm Guglielmo Camporese and I'm a highly motivated researcher working in computer vision and deep learning!

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work experience

  • Research Intern 路 Disney Research Studios 路 Zurich, Switzerland 路 04-07/23
  • Applied Scientist Intern 路 Amazon Web Services AI Labs 路 Seattle, Washington 路 12/21-09/22
  • Applied Scientist Intern 路 Amazon Alexa AI 路 Turin, Italy 路 06-09/20
  • Computer Vision and Deep Learning Engineer 路 Aquifi Inc. 路 Palo Alto, California 路 11/2018-10/2019

education

  • Ph.D. in Brain, Mind and Computer Science, University of Padova, Italy 路 09/2019-02/2023
  • M.Sc. in Telecommunications Engineering, University of Padova, Italy 路 2016-2019
  • B.Sc. in Information Engineering, University of Padova, Italy 路 2012-2016

Guglielmo Camporese's Projects

break_cifar10 icon break_cifar10

Code for the Top-1 submission of contest of VCS AY 2020-2021, the Vision and Cognitive Service class, University of Padova, Italy.

cvaecaposr icon cvaecaposr

Code for the Paper: "Conditional Variational Capsule Network for Open Set Recognition", Y. Guo, G. Camporese, W. Yang, A. Sperduti, L. Ballan, ICCV, 2021.

dino icon dino

PyTorch code for Vision Transformers training with the Self-Supervised learning method DINO

epic-kitchens-dataset-pytorch icon epic-kitchens-dataset-pytorch

Simple PyTorch Dataset for the EPIC-Kitchens-55 and EPIC-Kitchens-100 that handles frames and features (rgb, optical flow, and objects) for the Action Recognition and the Action Anticipation Tasks!

glom icon glom

Minimal GLOM implementation in PyTorch.

learning_invariances_in_speech_recognition icon learning_invariances_in_speech_recognition

In this work I investigate the speech command task developing and analyzing deep learning models. The state of the art technology uses convolutional neural networks (CNN) because of their intrinsic nature of learning correlated represen- tations as is the speech. In particular I develop different CNNs trained on the Google Speech Command Dataset and tested on different scenarios. A main problem on speech recognition consists in the differences on pronunciations of words among different people: one way of building an invariant model to variability is to augment the dataset perturbing the input. In this work I study two kind of augmentations: the Vocal Tract Length Perturbation (VTLP) and the Synchronous Overlap and Add (SOLA) that locally perturb the input in frequency and time respectively. The models trained on augmented data outperforms in accuracy, precision and recall all the models trained on the normal dataset. Also the design of CNNs has impact on learning invariances: the inception CNN architecture in fact helps on learning features that are invariant to speech variability using different kind of kernel sizes for convolution. Intuitively this is because of the implicit capability of the model on detecting different speech pattern lengths in the audio feature.

math-unipd-booking-bot icon math-unipd-booking-bot

Simple and easy to use python BOT for the COVID registration booking system of the math department @ unipd (torre archimede). This API creates an interface with the official website, with more useful functionalities.

moco-v3 icon moco-v3

PyTorch implementation of MoCo v3 https//arxiv.org/abs/2104.02057

relvit icon relvit

Official code of "Where are my Neighbors? Exploiting Patches Relations in Self-Supervised Vision Transformer", Guglielmo Camporese, Elena Izzo, Lamberto Ballan. BMVC, 2022.

rulstm icon rulstm

Code for the Paper: Antonino Furnari and Giovanni Maria Farinella. What Would You Expect? Anticipating Egocentric Actions with Rolling-Unrolling LSTMs and Modality Attention. International Conference on Computer Vision, 2019.

simsiam icon simsiam

PyTorch implementation of SimSiam https//arxiv.org/abs/2011.10566

simulation_of_reyleigh_and_rician_fading_channels icon simulation_of_reyleigh_and_rician_fading_channels

This MATLAB code is created to simulated a Rayleigh and Rician wireless channel based on the sum of sinusoids model proposed by Jakes and whit a filtering approach. In this code there are also the evaluation based on the comparison of the second order statistics and LCR/AFD. All this work is the implementation of the papers:

tinygrad icon tinygrad

You like pytorch? You like micrograd? You love tinygrad! 鉂わ笍

useful icon useful

Useful scripts/commands/settings I mostly use for research/work.

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