A Differentiable Loss Function for Time-Series in CUDA

Soft DTW Loss Function for PyTorch in CUDA This is a Pytorch Implementation of Soft-DTW: a Differentiable Loss Function for Time-Series which is batch supported computation, CUDA-friendly, and feasible to use as a final loss. I can confirm that you can train a (sequential) model with this as a final loss! The following image shows training logs of a TTS model using the Soft-DTW Loss Function. There are some previous implementations: mblondel’s soft-dtw lyprince’s sdtw_pytorch Maghoumi’s pytorch-softdtw-cuda But they are […]

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A automatically script login to your account and joins the meeting

Auto Join Teams Meetings Requirements: Python 3.7 or higher Latest Google Chrome This script automatically logins to your account and joins the meeting you are invited in calendar meetings. Steps: git clone https://github.com/prajinkhadka/auto_join_teams.git Install python and pip pip install -r requirements.txt Edit Configuration file Example file Important params Email : email ( your college email ) Password : password Auto_leave_min : leave after certain minutes Leave_if_last: leave if you are last in the meeting Headless: if true ( GUI won’t […]

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An emulated LED scoreboard for Major League Baseball in python

mlb-led-scoreboard-emulated An LED scoreboard for Major League Baseball. Displays a live scoreboard for your team’s game on that day. Be sure to check out the original repo, mlb-led-scoreboard, if you’d like to run this on a Rasperry Pi LED panel! Currently supported boards: 32×32 64×32 64×64 128×32 128×64 If you’d like to see support for another set of board dimensions, file an issue! Screenshots Installation Requirements You need Git for cloning this repo and PIP for installing the scoreboard software. […]

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Restful Api developed with Flask using Prometheus and Grafana for monitoring

Hephaestus Restful Api developed with Flask using Prometheus and Grafana for monitoring and containerization with Docker. In Greek mythology, Hephaestus was either the son of Zeus and Hera or he was Hera’s parthenogenous child. … As a smithing god, Hephaestus made all the weapons of the gods in Olympus. He served as the blacksmith of the gods, and was worshipped in the manufacturing and industrial centres of Greece, particularly Athens. Get Started :rocket: An Restful Api project developed with Flask. […]

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Massively parallel rigidbody physics simulation on accelerator hardware

BRAX Brax is a differentiable physics engine that simulates environments made up of rigid bodies, joints, and actuators. It’s also a suite of learning algorithms to train agents to operate in these environments (PPO, SAC, evolutionary strategy, and direct trajectory optimization are implemented). Brax is written in JAX and is designed for use on acceleration hardware. It is both efficient for single-core training, and scalable to massively parallel simulation, without the need for pesky datacenters. Some policies trained via Brax. […]

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A FOSS alternative to Bloomberg Terminal

Gamestonk Terminal The next best thing after Bloomberg Terminal. How it started: Gamestonk Terminal is an awesome stock and crypto market terminal that has been developed for fun, while I saw my GME shares tanking. But hey, I like the stock πŸ’ŽπŸ™Œ. How it’s going: Gamestonk Terminal provides a modern Python-based integrated environment for investment research, that allows the average joe retail trader to leverage state-of-the-art Data Science and Machine Learning technologies. As a modern Python-based environment, GamestonkTerminal opens access […]

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A unified and flexible and comprehensive traffic prediction library

LibTrafficοΌˆι˜‘ι™ŒοΌ‰ LibTraffic is a unified, flexible and comprehensive traffic prediction library, which provides researchers with a credibly experimental tool and a convenient development framework. Our library is implemented based on PyTorch, and includes all the necessary steps or components related to traffic prediction into a systematic pipeline. LibTraffic currently supports the following tasks: Traffic State Prediction Traffic Flow Prediction Traffic Speed Prediction On-Demand Service Prediction Trajectory Next-Location Prediction Features Unified: LibTraffic builds a systematic pipeline to implement, use and evaluate […]

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Objective of the repository is to learn and build machine learning models using Pytorch

30 Days Of Machine Learning Using Pytorch Objective of the repository is to learn and build machine learning models using Pytorch. 30DaysofML Using Pytorch List of Algorithms Covered πŸ“Œ Day 1 – Linear Regression πŸ“Œ Day 2 – Logistic Regression πŸ“Œ Day 3 – Decision Tree πŸ“Œ Day 4 – KMeans Clustering πŸ“Œ Day 5 – Naive Bayes πŸ“Œ Day 6 – K Nearest Neighbour (KNN) πŸ“Œ Day 7 – Support Vector Machine πŸ“Œ Day 8 – Tf-Idf Model πŸ“Œ […]

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Creating publication-quality figures with Matplotlib

matplotlib_for_papers Handout for the tutorial “Creating publication-quality figures with matplotlib” This repository contains the handout (and the source of the handout) for the tutorial “Creating publication-quality with Python and Matplotlib”, given at the Alife 2014 conference. Contributions are welcomed: feel free to clone and send pull requests. Examples of figures: Reference Tonelli, Paul, and Jean-Baptiste Mouret. “On the relationships between generative encodings, regularity, and learning abilities when evolving plastic artificial neural networks.” PloS one 8.11 (2013): e79138. Reference Clune*, Jeff, […]

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Reverse Python Lists: Beyond .reverse() and reversed()

Sometimes you need to process Python lists starting from the last element down to the firstβ€”in other words, in reverse order. In general, there are two main challenges related to working with lists in reverse: To meet the first challenge, you can use either .reverse() or a loop that swaps items by index. For the second, you can use reversed() or a slicing operation. In the next sections, you’ll learn about different ways to accomplish both in your code. Reversing […]

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