passalis Goto Github PK

adaptive_phos

arduino-tdcs

tDCS using arduino

boew

Python implementation of the Bag-of-Embedded-Words method

bof_eeg

Using Bag-of-Features to classify EEG time-series data

cbof

Bag-of-Features Pooling for Deep Convolutional Neural Networks

dain

Deep Adaptive Input Normalization for Time Series Forecasting

dcnv2_updated

Deformable Convolutional Networks v2 (DCNv2) with Pytorch 1.8+ & JIT Compilation

demos

drone_frontal_rl

Deep Reinforcement Learning for Frontal View Person Shooting

edge_tpu_meetup

Simple examples on how to use Edge TPU for varioust tasks

eo-bow

Python implementation of EO-BoW method

essentials-cheng

A repository with examples on essential knowledge of chemical engineering.

finbof

Implementation of the Temporal Logistic Neural BoF method

goodwe

Get inverter data from a Goodwe XS inverter

gw-detection-deep-learning

Gravitational wave detection in real noise timeseries using deep residual neural networks

hypersphere_imprinting

Hypersphere-based Weight Imprinting for Few-shot Learning on Embedded Devices

intro_rl_meetup

Reinforcement Learning: All you need to know (Thessaloniki Machine Learning Meetup)

keras_cbof

Keras implementation of the BoF-based pooling for Deep CNNs

keras_meetup

Deep Learning Made Easy with Keras (Thessaloniki Machine Learning Meetup)

messing_deep_ir

Messing with extracting deep representations for retrieval

ml_in_finance

Machine Learning in Financial News Analysis

neural-bof

Neural Bag-of-Features method implemented using Theano

opendr_internal-2

passalis.github.io

A beautiful, simple, clean, and responsive Jekyll theme for academics

photonic_test

photonic_test

pkth

Implementation of the Heterogeneous Knowledge Distillation using Information Flow Modeling method

probabilistic_kt

Probabilistic Knowledge Transfer for Deep Neural Networks

qsmi

Quadratic Spherical Mutual Information for Deep Supervised Image Hashing

rl_camera_control

Deep Reinforcement Learning for Camera Control

sef

A Python Library for Similarity-based Dimensionality Reduction