Reverse Dependencies of cupy-cuda12x

The following projects have a declared dependency on cupy-cuda12x:

• abracudabra — Convert Tensors, Arrays and DataFrames Between CPU and CUDA
• anndata — Annotated data.
• ArtNex — ArtNex is a deep learning framework exploring the innovative fusion of art and technology.
• aspire — Algorithms for Single Particle Reconstruction
• Auto4DSTEM — Incorporating Developed Cycle-Consistent-Spatial-Transforming Autoencoder for 4-D STEM analysis.
• bm3dornl — BM3D for streak artifact removal in neutron imaging
• campie — Python APIs to simulate various CAMs on GPUs at scale
• cellstitch-cuda — CUDA-accelerated CellStitch 3D labeling using Instanseg segmentation.
• cuda-histogram — Histogramming tools on CUDA.
• cuda-zarr — A Zarr store and codecs for cuda.
• cudf-cu12 — cuDF - GPU Dataframe
• cupy-knn — A fast nearest neighbor index cuda implementation for 3D points using a lightweight BVH-tree.
• cuquantum-python-cu12 — NVIDIA cuQuantum Python
• cvdm — Code for Conditional Variational Diffusion Models
• dask-cudf-cu12 — Utilities for Dask and cuDF interactions
• dataset-format-benchmark — Image dataset format benchmark
• debiased-spatial-whittle — Spatial Debiased Whittle likelihood for fast inference of spatio-temporal covariance models from gridded data
• deepfusion — DeepFusion is a highly modular and customizable deep learning framework!
• devito — Finite Difference DSL for symbolic computation.
• DsTool — Awesome dstool created by xzyaoi
• fast-er-link — GPU-Accelerated Record Linkage and Deduplication in Python
• fastemriwaveforms-cuda12x — Fast and accurate EMRI Waveforms.
• fat-llama — fat_llama is a Python package for upscaling audio files to FLAC or WAV formats using advanced audio processing techniques. It utilizes CUDA-accelerated calculations to enhance audio quality by upsampling and adding missing frequencies through FFT (Fast Fourier Transform), resulting in richer and more detailed audio.
• fridom — Framework for Idealized Ocean Models
• gbtoolbox — Tools for neural network generalization bounds
• Greek-scraper — Ultra-fast and efficient web scraper with GPU utilization for text cleaning and JSON output. Supports generic and language-specific scraping.
• grogupy — Python package calculating relativistic magnetic interactions for the generalised Heisenberg model.
• gt4py — Python library for generating high-performance implementations of stencil kernels for weather and climate modeling from a domain-specific language (DSL)
• hip-attn — HiP Attention
• hisel — no summary
• klongpy — High-Performance Klong array language with rich Python integration.
• kvikio-cu12 — KvikIO - GPUDirect Storage
• leanquant — The inference kernels for LeanQuant models.
• logicqubit-gpu — logicqubit-gpu is a simple library for quantum computing simulation with gpu acceleration.
• memories-dev — Collective Memory Infrastructure for AGI
• milvus-dataset — Default template for PDM package
• minigrad-python — A minimal deep learning framework with automatic differentiation
• mri-nufft — MRI Non-Cartesian Fourier Operators with multiple computation backends.
• ndimreg — N-dimensional image registrations
• nettracer3d — Scripts for intializing and analyzing networks from segmentations of three dimensional images.
• neuroweave — A small machine learning library.
• nifty-ls — A fast Lomb-Scargle periodogram. It's nifty, and uses a NUFFT.
• npnn — NumPy Neural Network
• nvidia-modelopt — Nvidia TensorRT Model Optimizer: a unified model optimization and deployment toolkit.
• nvmath-python — NVIDIA Math Python libraries
• nvtripy — Tripy: A Python Programming Model For TensorRT
• optimed — Optimed
• pycuda-plus — User-friendly library to enhance PyCUDA functionality
• pycudahll — A GPU implementation of HyperLogLog
• pyLowOrder — High-performance low-order modeling with Python
• pyxu — Modular and scalable computational imaging in Python with support for GPU/out-of-core computing.
• qcpydev — qcpy is an open source python library and collaborative project for flexible simulations and visualizations of quantum circuits.
• qibojit — Simulation tools based on numba and cupy.
• quantune — This package is deprecated. Please use 'qumega'.
• qumega — Qumega is a powerful and versatile library for quantum computing, developed by NeocosmicX.
• rapids-singlecell — running single cell analysis on Nvidia GPUs
• rectools — An easy-to-use Python library for building recommendation systems
• scirpy — Python library for single-cell adaptive immune receptor repertoire (AIRR) analysis
• shamboflow — A fierce Tensorflow competitor
• SLAP2-UTILS — Code to support using a SLAP2 Microscope
• tacc-inf — Efficient LLM inference on Slurm clusters using vLLM (for TACC).
• tegridymidi — Tools for reading, writing, and manipulating MIDIs
• thinc — A refreshing functional take on deep learning, compatible with your favorite libraries
• vec-inf — Efficient LLM inference on Slurm clusters using vLLM.
• zarr — An implementation of chunked, compressed, N-dimensional arrays for Python