SAN FRANCISCO, Nov. 18, 2016 – Today, Intel Corporation announces a new range of products, technologies and related investment initiatives ranging from front-end to data center to expand the space for artificial intelligence (AI) and accelerate its growth. . Intel believes that artificial intelligence will transform the way business operations operate and the way humans interact with the world. To this end, Intel is consolidating its strengths to provide the broadest range of technology options for artificial intelligence, unlocking its potential in a variety of areas, including smart factories, drones, sports, fraud detection and driverless cars.
Intel CEO Ke Zaiqi shared Intel's insight into the future and complexity of artificial intelligence. He pointed out that artificial intelligence requires the support of numerous leading technologies and a larger ecosystem far beyond the scope of the initial adopters. With the increasing complexity of today's algorithms and the ever-increasing number of data sets required, Ke said that Intel is deeply aware of these needs and is fully capable of providing the technology needed to drive this computing transformation.
"Intel has a unique advantage to accelerate and accelerate the innovation of artificial intelligence," said Ke Zaiqi. "Intel has been committed to the development of artificial intelligence, and has invested a lot of technical resources and developers to promote artificial intelligence in enterprises and society. Applications."
Robust Intel Artificial Intelligence PlatformIntel announced that it will introduce the industry's leading portfolio of artificial intelligence products - the Intel® NervanaTM platform. Designed to increase the speed and ease of use of artificial intelligence applications, this portfolio is the perfect foundation for building highly optimized artificial intelligence solutions that help more data experts solve the world's most demanding industry-based technologies. challenge.
Today, Intel supports 97% of the world's data center servers running AI workloads, while offering an extremely flexible, ultra-optimized portfolio of solutions, including Intel® Xeon® processors, Intel® Xeonong Nuclear TM processors, workload-optimized accelerators such as FPGAs and technological innovations acquired from Nervana.
Intel also announced more details on how to integrate Nervana's breakthrough technology into existing product roadmaps. Intel will test the first chip (codenamed Lake Crest) in the first half of 2017 and will be available to major customers in the second half of the year. In addition, Intel has added a new product (codenamed Knights Crest) to the roadmap that tightly integrates Nervana's innovative technology with the industry's leading Intel Xeon processor. In addition, the Lake Crest processor is optimized for neural networks, providing extreme performance for deep learning and unprecedented levels of computational density through high-speed interconnect networks.
"We expect the Intel Nervana platform to deliver the performance benefits of a breakthrough bottleneck, dramatically reducing the time required to train complex neural networks," said Ms. Parkanna, Intel's executive vice president and general manager of the data center business unit. "Intel is expected to be in 2020. The performance will be increased by a factor of 100, which will greatly accelerate the pace of innovation in the emerging deep learning field."
Ms. Parkanna also announced that the next-generation Intel Xeon Phi processor (codenamed Knights Mill) will increase its deep learning performance by a factor of four compared to the previous generation of processors. It is scheduled to be available in 2017. In addition, Intel announced that it has now offered a specific version of the next-generation Intel Xeon processor (codenamed Skylake) to a specific cloud service provider partner using the Intel Advanced Vector Instruction Set AVX-512 integrated acceleration technology. Greatly enhance the reasoning performance of machine learning workloads. The platform series is expected to be officially released in mid-2017, with additional enhancements and configurations to meet the needs of different customer groups.
Join hands with Google* to build a cloud alliance to help popularize artificial intelligenceIn addition to chip-level innovations, Intel also revealed other artificial intelligence layouts, including Intel Saffron TechnologyTM, a leading solution designed to provide business insights to customers. The Saffron platform uses memory-based reasoning technology and heterogeneous data transparency analysis. This technology is very suitable for small devices, enabling local intelligent analysis in the IoT environment and promoting the development of front-end collaborative artificial intelligence.
To simplify the deployment of artificial intelligence, Intel also introduced a universal intelligence API that supports the Intel distributed processor portfolio from edge to cloud platforms, as well as the Intel® RealSenseTM camera and the Movidius* Visual Processing Unit (VPU).
In addition, Intel and Google officially announced the establishment of a strategic alliance between the two companies to help enterprise IT departments build open, flexible and secure multiple cloud infrastructures based on business needs. The collaboration includes technology integration focused on Kubernetes* (containers), machine learning, security and the Internet of Things.
To further advance artificial intelligence research and strategy implementation, Intel also announced the establishment of the Intel Nervana Artificial Intelligence Committee, which is comprised of leading thought leaders from industry and academia. Intel announced four founding members: Yoshua Bengio from the University of Montreal, Canada, Bruno Olshausen from the University of California at Berkeley, and Jane. Rabaey) and Ron Dror from Stanford University.
Intel will also spare no effort to promote the true landing of artificial intelligence. To this end, Intel has introduced Intel's Nervana Institute of Artificial Intelligence to developers to facilitate training and use of tools. Intel also introduced the Intel Nervana Graphics Compiler to accelerate the development of deep learning frameworks in Intel chips.
In addition to the Institute of Artificial Intelligence, Intel also announced a partnership with the world's leading educational institution, Coursera*, to provide a range of artificial intelligence online courses for the academic community. Intel will also co-host the Kaggle competition with Mobile ODT* (expected to be launched in January 2017), and the academic community will be able to use its artificial intelligence skills to solve real-world socio-economic problems, such as using artificial intelligence to capture soft tissue in developing countries. Imagery identifies early cervical cancer.
"Intel can provide significant technology to advance the artificial intelligence revolution, and ultimately, the entire industry and society as a whole must work closely together to unlock the full potential of artificial intelligence," said Fei Daoming, senior vice president and general manager of Intel Software and Services.
By continuously introducing innovative products and support projects that cover front-end and data centers, Intel has the technical strength and ecosystem support to drive the innovation and popularity of artificial intelligence.
Artificial intelligence increases social well-beingRecently, Intel demonstrated some of its actions to help increase the positive impact of artificial intelligence on the world, including:
Intel invested $25 million in the Bode Institute to promote high-performance genetic analysis computing. In a five-year collaboration, researchers and software engineers at the Intel-Bode Genetic Data Engineering Center will build, optimize, and widely share new tools and infrastructure to help scientists integrate and process genetic data. The goal of the project is to optimize best practices in genetic analysis hardware and software to enable the public to access and use research data on private, public, and hybrid cloud platforms.
Intel is the founding partner of Hack Harassment*, whose goal is to reduce the proliferation and impact of cyber harassment. The initiative will assess the applicability of artificial intelligence technology tools and strive to develop intelligent algorithms to detect and block network harassment. In the future, this feature will be released as an open source API, benefiting from a wider range of applications.
Intel is also a key partner of the National Center for Missing and Exploited Children* (NCMEC). NCMEC is a non-profit organization that aims to help find missing children, reduce child abuse and prevent child abuse. Intel will provide artificial intelligence technology and provide advice to help analysts speed up the completion of critical work and respond to reported child sexual assaults in a timely manner.
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