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NVIDIA RAPIDS 25.08 Enhances Data Science with New Profiling Tools and Algorithm Support
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NVIDIA RAPIDS 25.08 Enhances Data Science with New Profiling Tools and Algorithm Support

NVIDIA's RAPIDS 25.08 release introduces new profiling tools for cuML, updates to the Polars GPU engine, and additional algorithm support, enhancing data science accessibility and scalability.

RAPIDS Introduces GPU Polars Streaming and Unified GNN API Enhancements
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RAPIDS Introduces GPU Polars Streaming and Unified GNN API Enhancements

NVIDIA's RAPIDS suite version 25.06 unveils new features including GPU Polars streaming, a unified GNN API, and zero-code ML speedups, enhancing Python data science capabilities.

NVIDIA's RAPIDS-singlecell Revolutionizes Billion-Cell Data Analysis in Biology
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NVIDIA's RAPIDS-singlecell Revolutionizes Billion-Cell Data Analysis in Biology

NVIDIA's RAPIDS-singlecell tool addresses data size and analysis speed challenges in single-cell biology, revolutionizing research with GPU acceleration for billion-cell data sets.

NVIDIA RAPIDS Enhances Machine Learning with Zero-Code Acceleration and Performance Gains
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NVIDIA RAPIDS Enhances Machine Learning with Zero-Code Acceleration and Performance Gains

NVIDIA's RAPIDS introduces zero-code acceleration for machine learning, boosts IO performance, and supports out-of-core XGBoost training, streamlining data science workflows.

NVIDIA's RAPIDS cuDF Enhances pandas Through Unified Virtual Memory
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NVIDIA's RAPIDS cuDF Enhances pandas Through Unified Virtual Memory

NVIDIA's RAPIDS cuDF utilizes Unified Virtual Memory to boost pandas' performance by 50x, offering seamless integration with existing workflows and GPU acceleration.

Enhancing Data Deduplication with RAPIDS cuDF: A GPU-Driven Approach
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Enhancing Data Deduplication with RAPIDS cuDF: A GPU-Driven Approach

Explore how NVIDIA's RAPIDS cuDF optimizes deduplication in pandas, offering GPU acceleration for enhanced performance and efficiency in data processing.

Optimizing Multi-GPU Data Analysis with RAPIDS and Dask
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Optimizing Multi-GPU Data Analysis with RAPIDS and Dask

Explore best practices for leveraging RAPIDS and Dask in multi-GPU data analysis, addressing memory management, computing efficiency, and accelerated networking.

Accelerating Causal Inference with NVIDIA RAPIDS and cuML
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Accelerating Causal Inference with NVIDIA RAPIDS and cuML

Discover how NVIDIA RAPIDS and cuML enhance causal inference by leveraging GPU acceleration for large datasets, offering significant speed improvements over traditional CPU-based methods.

NVIDIA RAPIDS 24.10 Enhances NetworkX and Polars with GPU Acceleration
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NVIDIA RAPIDS 24.10 Enhances NetworkX and Polars with GPU Acceleration

NVIDIA RAPIDS 24.10 introduces GPU-accelerated NetworkX and Polars with zero code changes, enhancing compatibility with Python 3.12 and NumPy 2.x for improved data processing.

Enhanced UMAP Performance on GPUs with RAPIDS cuML
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Enhanced UMAP Performance on GPUs with RAPIDS cuML

RAPIDS cuML introduces a faster, scalable UMAP implementation using GPU acceleration, addressing challenges in large dataset processing with new algorithms for improved performance.

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