Preferred Networks releasesversion 6 of both the open source deep learning framework Chainer and the general-purpose matrix calculation library CuPy Preferred Networks, Inc.
There are two paradigms in deep learning frameworks: Define-and-Run and Define-by-Run. In the early days, Caffe and other Define-and-Run frameworks were dominant players.
Preferred Networks releasesversion 5 of both the open source deep learning framework, Chainer and the general-purpose array calculation library, CuPy.- Preferred Networks.
Preferred Networks releasesversion 6 of both the open source deep learning framework Chainer and the general-purpose matrix calculation library CuPy- Preferred Networks.
Preferred Networks released open source deep learning framework Chainer v4 and general-purpose array calculation library CuPy v4. Preferred Networks, Inc.
Furthermore, PFN will advance the development of the Chainer deep learning framework so that MN-Core can be selected as a backend, thus utilizing both software and hardware approaches to drive innovations based on deep learning..
Now developers can take advantage of a seamless interface with support for new neural network models,more machine learning frameworks and faster design cycles.
For developers who areinterested in pre-installed pip packages of deep learning frameworks in distinct virtual environments, the Conda-based AMI is applicable and available in Ubuntu, Amazon Linux and Windows 2016 versions.
Tokyo Japan- Preferred Networks, Inc.(“PFN”, Head Office: Tokyo, President& CEO: Toru Nishikawa) releases ChainerX, a C++ implementation of automatic differentiation of N-dimensional arrays for theChainer™ v6 open source deep learning framework.
PFN will fully utilize the open-source deep learning framework Chainer(TM) on MN-2 to further accelerate research and development in fields that require a large amount of computing resources such as personal robots, transportation systems, manufacturing, bio/healthcare, sports, and creative industries.
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.
The new functionality added to pixiv Sketch is realized using the technology of PaintsChainer that can automatically select painting colors, trained from pairs of line drawings and colored illustrations using Chainer,a deep learning framework developed and provided by PFN.
Using its"ReNom" machine learning/deep learning framework developed in-house, GRID provides core technologies required for solutions designed to monitor the operational status of machines and equipment in a wide-range of industries, including"Condition Based Maintenance" designed to systematically optimize maintenance costs, operational optimization, and predictive failure detection solutions.
It has also developed and provided"Chainer",an open source deep learning framework, driving innovations, and collaborating with various leading companies to promote the use of cutting-edge technologies in the real world. Through this capital investment, Hitachi and PFN combine the strengths that each company has cultivated, and begin studies of collaborative creation aimed at achieving further innovations.
Seamless user experience with support for new neural network models,machine learning frameworks, and faster design cycles New customizable reference designs for popular IoT applications like object counting and presence detection Growing partner ecosystem including design services and full product development to accelerate time-to-market HILLSBORO, OR- May 20, 2019- Lattice Semiconductor Corporation(NASDAQ: LSCC), the low power programmable leader, today announced major performance and design flow enhancements for its award-winning Lattice sensAITM solutions stack.
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