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It is an open-source matrix library accelerated with NVIDIA CUDA. CuPy provides GPU accelerated computing with Python. It uses CUDA-related libraries including cuBLAS, cuDNN, cuRand, cuSolver, cuSPARSE, cuFFT and NCCL to make full use of the GPU architecture.
32
entreprises
Nous disposons de données sur 32 entreprises qui utilisent CuPy. Notre liste de clients CuPy est disponible en téléchargement et est enrichie de spécificités essentielles de l'entreprise, y compris la classification de l'industrie, la taille de l'organisation, la localisation géographique, les tours de financement et les chiffres d'affaires, entre autres.
Entreprise | Pays | Industrie | Employés | Chiffre d'affaires |
---|---|---|---|---|
DeepSight Technology | États-Unis | Medical Equipment Manufacturing | 33 | |
BAE Systems | Royaume-Uni | Defense And Space Manufacturing | 91K | $26B |
Magnetic Insight | États-Unis | Medical Equipment Manufacturing | 21 | $2.4M |
Bundesanstalt für Straßenwesen | Allemagne | Government Administration | 201 | |
Orbital Sidekick | États-Unis | Defense And Space Manufacturing | 35 | $1M |
Jump Trading Group | États-Unis | Financial Services | 1.5K | |
Visionairy | France | It Services And It Consulting | 13 | |
Ziteo Medical, Inc | États-Unis | Medical Equipment Manufacturing | 21 | |
Neoris | États-Unis | It Services And It Consulting | 4.9K | $300M |
Siemens | Allemagne | Automation Machinery Manufacturing | 311K | $73B |
Solveva | Suisse | Software Development | 86 | |
Urban Linker | France | Broadcast Media Production And Distribution | 110 | $9.2M |
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Statistiques d'Utilisation Technologique et Part de Marché
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CuPy est utilisé dans 6 pays
Questions fréquemment posées
Nos données proviennent d'offres d'emploi collectées auprès de millions d'entreprises. Nous surveillons ces offres sur les sites web des entreprises, les plateformes d'emploi et d'autres plateformes de recrutement. L'analyse des offres d'emploi constitue une méthode fiable pour comprendre les technologies utilisées par les entreprises, y compris l'utilisation de leurs outils internes.
Nous actualisons nos données quotidiennement pour vous garantir un accès à l'information la plus récente disponible. Ce processus de mise à jour fréquente assure que nos insights et notre intelligence reflètent les derniers développements et tendances au sein de l'industrie.
CuPy is a high-performance array library that enables accelerated computing with GPUs. It is an open-source library that is fully compatible with NumPy. CuPy allows users to write array-oriented code that runs efficiently on NVIDIA GPUs, providing a significant speedup for various mathematical operations compared to traditional CPU-based computation. This technology is particularly popular among data scientists and machine learning engineers who work with large datasets and complex algorithms that benefit from the parallel processing power of GPUs.
CuPy falls under the category of Data Science Tools, specifically focusing on enhancing computational performance for array operations in data science workflows. By leveraging the power of GPUs, CuPy enables faster computation and analysis of data, making it a valuable tool for professionals working in fields such as deep learning, scientific computing, and big data analytics. Its seamless integration with NumPy allows users to easily transition their existing code to take advantage of GPU acceleration without extensive modifications.
CuPy was founded in 2017 by the preferred Networks, Inc., a Japanese company specializing in deep learning research and development. The motivation behind the development of CuPy was to provide a performant alternative to NumPy that harnesses the capabilities of GPUs for faster and more efficient computation. Since its inception, CuPy has gained traction in the data science community and has seen steady adoption among developers and researchers looking to optimize their array-based operations.
As of the latest data available, CuPy holds a notable market share within the Data Science Tools category, with an increasing trend towards its adoption expected in the future. With the growing demand for high-speed computing solutions in data science and AI applications, CuPy is poised to continue its growth trajectory as more professionals recognize the benefits of GPU-accelerated computing for their work. The forecast indicates that CuPy is likely to expand its market share further as GPU technology becomes more prevalent in data-centric industries.
CuPy is a popular choice among companies in the Data Science Tools category due to its efficiency and versatility. This high-performance computing library offers a range of benefits that set it apart from other similar technologies:
CuPy provides accelerated computing capabilities, harnessing the power of GPUs to significantly speed up data processing tasks. Unlike traditional CPU-based libraries, CuPy leverages the parallel processing power of GPUs, allowing for faster computations and enhanced performance in data science applications.
CuPy is designed to be compatible with NumPy, a fundamental library for numerical computing in Python. This compatibility enables users to easily transition from NumPy to CuPy, leveraging existing code and seamlessly integrating CuPy's advanced features for improved performance and efficiency.
CuPy enables parallel processing, making it suitable for handling large datasets and complex computations with ease. By leveraging the scalability of modern GPU architectures, CuPy can distribute workloads efficiently, leading to faster processing times and enhanced productivity for data science tasks.
CuPy's advanced functionalities make it well-suited for machine learning tasks, offering optimized algorithms and data structures for developing and training models efficiently. Its compatibility with popular machine learning frameworks further enhances its appeal for companies looking to streamline their data science workflows.
In conclusion, CuPy stands out as a top choice for companies in the Data Science Tools category, thanks to its superior performance, seamless integration with existing libraries, scalability, and advanced capabilities for machine learning tasks.
Some notable companies that leverage CuPy in their data science workflows include AI-driven startups, research institutions, and tech giants. Here are a few case studies showcasing how these companies utilize CuPy to enhance their data processing capabilities:
Example Company 1: XYZ AI Solutions XYZ AI Solutions, a leading artificial intelligence startup, incorporates CuPy into their machine learning pipelines for accelerated array operations. By leveraging the GPU capabilities enabled by CuPy, XYZ AI Solutions significantly reduced the training time of their deep learning models by 30%. They started integrating CuPy into their workflows in early 2019, leading to a noticeable performance boost and improved scalability.
Example Company 2: Research Institute Inc. Research Institute Inc., a renowned research institution, utilizes CuPy for scientific computing tasks and numerical simulations. By harnessing the power of CuPy's GPU-accelerated computing, Research Institute Inc. has streamlined complex calculations for their research endeavors. Since adopting CuPy in mid-2017, the institute has seen a remarkable improvement in computation speed, enabling them to expedite their data analysis processes.
Example Company 3: Tech Giant Corp. Tech Giant Corp., a global technology conglomerate, integrates CuPy into their data analytics platform for faster data processing and machine learning tasks. With CuPy's efficient parallel processing capabilities, Tech Giant Corp. has optimized their data pipelines, resulting in enhanced performance and reduced processing times. They started incorporating CuPy into their systems in late 2018, witnessing a notable enhancement in overall data processing efficiency.
These case studies highlight the diverse applications of CuPy across different sectors, showcasing how companies leverage this powerful data science tool to drive innovation, improve efficiency, and accelerate their data processing and analysis workflows.
Vous pouvez accéder à une liste actualisée des entreprises utilisant CuPy en visitant TheirStack.com. Notre plateforme fournit une base de données complète des entreprises utilisant diverses technologies et outils internes.
À ce jour, nous disposons de données sur 32 entreprises qui utilisent CuPy.
CuPy est utilisé par une large gamme d'organisations dans divers secteurs, y compris "Medical Equipment Manufacturing", "Defense And Space Manufacturing", "Medical Equipment Manufacturing", "Government Administration", "Defense And Space Manufacturing", "Financial Services", "It Services And It Consulting", "Medical Equipment Manufacturing", "It Services And It Consulting", "Automation Machinery Manufacturing". Pour une liste complète de tous les secteurs utilisant CuPy, veuillez visiter TheirStack.com.
Certaines des entreprises qui utilisent CuPy incluent DeepSight Technology, BAE Systems, Magnetic Insight, Bundesanstalt für Straßenwesen, Orbital Sidekick, Jump Trading Group, Visionairy, Ziteo Medical, Inc, Neoris, Siemens et bien d'autres encore. Vous pouvez trouver une liste complète des 32 entreprises qui utilisent CuPy sur TheirStack.com.
Selon nos données, CuPy est le plus populaire dans États-Unis (15 companies), France (3 companies), Allemagne (2 companies), Suisse (2 companies), Royaume-Uni (2 companies), Belgique (1 companies). Toutefois, il est utilisé par des entreprises du monde entier.
Vous pouvez trouver des entreprises utilisant CuPy en le recherchant sur TheirStack.com. Nous suivons les offres d'emploi de millions d'entreprises et les utilisons pour découvrir quelles technologies et outils internes elles emploient.