英語 での Cupy の使用例とその 日本語 への翻訳
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CuPy.
Chainer and CuPy v7 0 0.
Quick installation of CuPy.
Improved CuPy memory allocation.
PFN will continue working with supporting companies and the OSS community to promote the development andpopularization of Chainer and CuPy.
CuPy basic operations are 50% faster.
We have begun providing a binary package of CuPy to reduce the installation time from 10 minutes down to about 10 seconds.
CuPy arrays to support NumPy functions.
Preferred Networks releases version 6 of both the open source deep learning framework Chainer andthe general-purpose matrix calculation library CuPy.
CuPy will continue its development as before.
NumPy's experimental feature__array_function__ is supported now. CuPy arrays have been directly applied to many__array_function__ enabled Numpy functions.
Cupy. count_nonzero Counts the number of non-zero values in the array.
Preferred Networks releases version 6 of both the open source deep learning framework Chainer andthe general-purpose matrix calculation library CuPy- Preferred Networks.
Cupy. count_nonzero Counts the number of non-zero values in the array.
Preferred Networks releases version 5 of both the open source deep learning framework,Chainer and the general-purpose array calculation library, CuPy.- Preferred Networks.
Chainer and CuPy have taken in a number of development results from external contributors.
Preferred Networks releases version 6 of both the open source deep learning framework Chainer andthe general-purpose matrix calculation library CuPy Preferred Networks, Inc.
This major upgrade to Chainer and CuPy incorporates the results of the latest deep learning research over the last six months.
A compatibility layer has been implemented to allow for the use ofChainerX arrays in the same manner as NumPy and CuPy arrays, allowing automatic differentiation with low overhead in C++.
C++ implementation in close connection with Python- NumPy, CuPy™, and automatic differentiation(autograd), all of which are mostly written in Python, have been implemented in C++.
An integrated device API has been introduced. The unified interface can handle the specification of devices orinter-device transfer for a wide variety of backends such as NumPy, CuPy, iDeep, and ChainerX.
Figure:In addition to the multidimensional array implementation which corresponds to NumPy/CuPy, the Define-by-Run style automatic differentiation function is covered by ChainerX.
PFN will continue to quickly adopt the results of the latest deep learning research and promote the development andpopularization of Chainer and CuPy in collaboration with supporting companies and the OSS community.
Preferred Networks, Inc.(PFN, President and CEO: Toru Nishikawa) has released Chainer(TM) v5 and CuPy(TM) v5, major updates of PFN's open source deep learning framework and general-purpose array calculation library.