自适应计算的提供商Xilinx，Inc。宣布，该公司将为其O-Ran 5G无线电单元（O-RUS）提供其Ultrascale+技术。使用Xilinx技术的Fujitsu O-Rus将在美国Fujitsu的第一个符合O-Ran的5G Greenfield网络中提供，也正在评估Xilinx RFSOC技术，以进一步降低成本…

日本传播和信息技术巨头富士通最近与Cray合作，通过高性能技术增强了Exascale时代的能力。克雷以其在全球超级计算机中的才能而闻名。现在，它正在开发最早由Fujitsu A64FX ARM处理器提供动力的商业超级计算机之一。这个处理器是…

富士通has recently announced that the Japanese Bankers Association (JBA) is going to adapt the former’s cloud service-based Blockchain platform. It would be made available over Fujitsu Cloud Service K5. Starting from October 2017, JBA is planning to offer this Collaborative Blockchain Platform as a testbed environment to its member banks and other institutions. The platform is going to be rendered for applications employing blockchain technology like settlement and funds transfer services, and identity and time-of-transaction authentication. The association will also support the practical implementation of these applications.

富士通宣布，东京大学将使用配备了与虚拟现实技术兼容的立体显示器的心脏模拟器观众。心脏查看器利用心脏模拟器的输出数据。该模拟器是由富士通和东京大学共同开发的，它是利用K计算机和计算机群集的。在讲座中，学生将能够观察到一种现象，从而使起搏器细胞的电动模拟遍及整个心脏。立体镜，360度视图利用VR，使它们能够理解如何通过此过程创建心电图。

Fujitsu Limited和Fujitsu客户计算有限公司已正式发布了两个新的企业工作站。该阵容具有Windows 10 Creators Update，这是Windows 10操作系统的最新版本。阵容中新添加的设备包括名为Celsius M770和Celsius R970“ 2-Way”高性能工作站的中档型号。该推广将于12月下旬在日本的阶段进行。此外，Fujitsu还将提供上述配备Windows 7 Professional的其他版本。通过扩大产品线的性能，Fujitsu集团旨在支持客户的工作效率，并确保各个行业的改善。

The Japan Marine Recreation Association (JMRA) and Fujitsu Limited have announced to deploy a cloud-based emergency position reporting system. This system is aimed to be utilized for JMRA’s pleasure boat rescue service, the Boat Assistance Network (BAN). The service will begin in the fall of 2017. BAN is a rescue service operated by JMRA to offer 24/7 support to pleasure rescue boat owners who run into minor troubles. However, it’s often a challenge to track the confirmed location of the crafts that are in trouble. Owing to the lack of reference points on the sea and the tidal waves carrying everything away, it’s difficult for those requesting help to convey their exact position.

Fujitsu Laboratories Ltd宣布将扩大其创意数字空间用户界面（UI）技术。它于2015年开发，将整个房间变成数字空间，并平滑多个平台的共同创建活动。随着云和通信技术中广泛的智能设备和进步，可以通过设备屏幕甚至远程位置之间的设备屏幕在制造站点和其他设置中共享出现的问题变得容易。但是，这仍然仅限于文本和图像数据，并与大量人共享数据是一项艰巨的任务。

Fujitsu Limited，Fujitsu Laboratories Ltd.和Kyushu University的工业数学研究所的富士通社会数学部门共同开发了一种基于AI的匹配技术，该技术使用游戏理论来自动计算儿童与日托中心的最佳匹配。日托入院筛查的复杂性带来了许多困难。录取规则有复杂的要求，例如，一些父母优先考虑兄弟姐妹去同一个日托中心，而有些人不介意兄弟姐妹是否参加单独的日托中心，但如果只有一个孩子有一个地方，则会拉出。要么有多种满足所有规则的匹配模式，要么有违反某些规则的每个匹配模式。

Fujitsu Limited和Fujitsu Laboratories Ltd.宣布了传感器数据分析技术的开发。它可以通过附着在桥面上的传感器来汇总振动数据，然后通过应用“富士通以人为中心的AI Zinrai技术”来估算桥梁的内部损坏程度。该技术已通过使用研究协会基础设施监测系统（RAIMS）进行的桥梁疲劳降解测试获得的数据得到了验证。这是一个相互援助组织，对工业活动中使用的技术进行联合研究。

富士通has released 30 new enterprise PC models across 15 product series equipped with the Windows 10 Creators Update, which is the latest version of the operating system. The new models will be rolled out from mid-August in Japan. In its Fujitsu Desktop ESPRIMO family of desktop PCs, Fujitsu is rolling out 5 models including the ESPRIMO K557/R enclosed in a new case design with a built-in liquid crystal display. Talking about the CESIUS family of workstations, the company has introduced 6 models, incljuding CELSIUS W570- a compact mini-tower entry-level model.

Fujitsu Laboratories Ltd.推出了一项技术，该技术加快了Hyperledger Fabric的交易处理，这是Linux Foundation由Linux Foundation托管的Hyperledger区块链框架之一。在一项试验中，该技术是在Hyperledger Fabric V0.6.1中实施的，与早期方法相比，它的性能增加了约2.7倍。使用区块链，基于参与者数量的节点组组成网络，并共同努力执行一系列从执行交易到验证交易合法性的过程。因此，与以前的集中式系统相比，通过网络的通信瓶颈可以限制每单位时间执行的交易数量。

富士通Limited and Fujitsu Laboratories Ltd. collectively introduced a gallium-nitride (GaN) high-electron mobility transistor (HEMT) power amplifier for use in W-band (75-110 GHz) transmissions. The newly developed power amplifier will be used in W-band transmissions offering both high output and high efficiency. It will also deliver an improved transistor performance through the reduction of electrical current leakage and internal GaN-HEMT resistance. Fujitsu has achieved 4.5 watts per millimeter of gate width which is the world’s highest output density in the W-band. It has also confirmed a 26% reduction in the energy consumption as compared to the conventional technology.

富士通Limited has developed a new AI-based algorithm that will help in estimating ongoing heat stress in workers such as security guards. The platform has been named as Human Centric AI Zinrai. Through this technology, Fujitsu aims to enhance solutions deployed on its digital business platform that use IoT to support on-site safety management. The new algorithm will be made available from July end while the implementing solutions will start from June through September. The algorithm will be incorporated in a field trial with security guards at the Kawasaki Plant. Fujitsu’s new algorithm aims to enhance the safety of outdoor workers in extreme environments.

富士通has launched the latest version of its 3D CAD software for industrial machinery design labeled as iCAD SX V7L6. It incorporates a proprietary 3D CAD engine which is the world’s fastest and can process 1 million components in 0.2 seconds. It has become important for the machinery and equipment industry to improve development facilities and design quality so as to reduce design man-hours. Even though the design department can avail efficiency through 3D designs, the manufacturing departments still need multiple 2D blueprints implying that the reduced man-hours have not been realized across the whole design process.

富士通实验室有限公司宣布开发a virtual machine (VM) control technology in order to improve the server rack mounting density for each datacenter rack. As of now, the number of servers mounted to a rack in data centers is limited by the total rated electrical power of the servers, which is supposed to be less than the power supply of the rack. However, often the server load is low at approximately 10%-50% and the power usage of each rack proportional to the load is low as compared to the rated power. This leads to a lower server mounting density of the racks. So, with an aim to increase the server mounting density in data centers, Fujitsu’s new technology is going to enable efficient server placement by setting up a partition made up of backup servers in the datacenter.

富士通has announced the development of an AI-based technology that will retrieve similar disease cases from a computed tomography (CT) database of previously taken images. It has been developed with joint efforts of Fujitsu Laboratories and Fujitsu R&D Center Co. Ltd. It will work by retrieving similar cases of abnormal shadows expanding in a 3-dimensional manner. There are existing technologies used by doctors to specify an area of focus in a certain slice image and retrieve other patients with similar slice images. Such techniques have proved to be beneficial when the abnormal shadows are concentrated at one place, like an early-stage lung cancer.

富士通has recently revealed that it has received an order for a new top-class Supercomputer System from the Research Institute for Information Technology at Kyushu University. The company will ramp up the operations commencing in October 2017. The Supercomputer system is going to consist of more than 2,000 servers including the Fujitsu Server PRIMERGY CX400 which is the next-generation model of Fujitsu’s x86 server. The system is expected to offer the top-class performance of about 10 petaflops. Besides, this will be Japan’s first supercomputer equipped with a large-scale private cloud environment constructed on a front-end subsystem, linked with a computational server of a back-end subsystem through a high-speed file system.