incremental learning experiments
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Updated
Jul 6, 2023 - Python
incremental learning experiments
Infrastructure prototype for public security systems with AI integration for automatic anomaly detection in surveillance videos
My personal experimental setups for Continual Learning research. Don't think it'll be useful for anyone, but who knows!
Continual Learning Model for Multi-class Text Classification based on Replay Method
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Forecasting System for Continual Learning Scenarios based on Hoeffding Trees With Change Point Detection Mechanism
Code with experiments from paper "Continual learning for computer security"
Toward Automated Continual Learning (for fully auto-adaptive learning methods and systems). Here, is a list of materials useful to realize this project.
Bayesian continual learning
Continuous learning applied to the development of a Chatbot based on Sequence-To-Sequence architecture
Task Conditional Neural Networks (TCNN) leverage the probabilistic neural networks to estimate the probability density of the training samples. Then produce the task likelihood during the test state to fire the task-specific neurons correspondin to the test sampels. TCNN can detect and learn the new tasks fully-automatically without informing th…
Stream: A Generalized Continual Learning Benchmark and Baseline
Latent Replay for Continual Learning on Edge devices with Efficient Architectures
Towards Rehearsal-based Continual Learning at Scale: distributed CL with Horovod + PyTorch
Variational continual learning of a conditional diffusion model to generate MNIST. Based on 'Conditional Diffusion MNIST'.
Code for CPAL-2024 paper "Continual Learning with Dynamic Sparse Training: Exploring Algorithms for Effective Model Updates"
Repository for my Bachelor Thesis at Karlsruhe Institute of Technology.
The KKP Blood Screening Project is a web application designed for blood analysis using YOLOv5 object detection model deployed with Flask. This application allows users to upload an image and receive a labeled result indicating various blood cell types. The model is trained to detect 11 classes of blood cells
Continual Learning code for SRe2L paper (NeurIPS 2023 spotlight)
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