主要的6G项目开始于欧洲
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A major project is set to start this week to develop technologies and new strategies for 6G wireless. The Hexa-X project is led by Nokia with Ericsson as the technical lead with 23 other members.
2.5年项目项目旨在开发和整合人工智能（AI），超越100 GHz，网络虚拟化和对下一代无线网络的分类，如2030年的关键技术。
A timely start of a technology and concept evaluation is required, even if some of these technologies are still on a low Technology Readiness Level (TRL), to understand the potential performance and impact on the overall system architecture, says the project. Developing a new network generation takes about 10 years, and to guide the Research and Innovation (R&I) globally towards 6G during this time, Hexa-X will lay the foundation for the network of 2030 and develop long-term strategical roadmaps based on the project as well as other 6G projects.
大学和研究机构是在项目的核心，以将最新技术商业化。这些包括aalto，chalmers，cea，kaiserlautern，德累斯顿，马德里，olu，oru，torino和pisa
其他商业伙伴包括西门子，英特尔，Atos，BCOM，SZTAKI，QACOM，NextWorks和Wings ICT解决方案。该项目中的运营商包括橙色，Telefonica和Tim。
说:“未来是6克Andreas Wolfgang, Technical Development Manager at Qamcom in Sweden. “Qamcom will be able to contribute with qualitative research based on cutting-edge expertise and many years of experience within telecom and wireless connectivity.”
“尽管在5克仍然有很多创新，但在新标准的发布中，我们已经在我们的研究实验室中探索了6G。在6G时代，我们将看到不仅将人类与机器连接的应用程序，还可以将人类与数字世界连接，“诺基亚贝尔实验室的诺基亚贝尔实验室的访问和设备研究负责人。
Next: Six areas for 6G
“这种安全和私密的连接可以用于预防性医疗保健，甚至可以创建一个6G网络，其直观地了解我们的意图，使我们与物理世界的互动更有效和预测我们的需求，从而提高了我们的生产力，”芬特说。
The heart of the project is to develop an open, modular, and flexible framework called the x-enabler fabric. This will integrate and weave together the technical enablers that address six research challenges, from both Hexa-X project itself and other 6G projects.
这六个区域涵盖：
Bandwidth: access bitrates in the order of hundreds of Gbps to few Tbps with extremely low (imperceptible) latencies, seemingly infinite capacity and -precision localisation and sensing.
Connecting intelligence: large-scale deployments of intelligence in the wider society through advanced resource management, supplementary data, functionality and insights ultimately enabling real-time trustworthy control – transforming AI/Machine Learning (ML) technologies into a vital and trusted tool for significantly improved efficiency and service experience, with the human factor (“human in the loop”) integrated.
网络网络：6G将聚合多种类型的资源，包括最佳地连接的通信，数据和AI处理，从而从不同的尺度上连接，例如体内，内部机器，室内，数据中心到广域网。这种集成导致巨大的异构数字生态系统，最终创建一个网络网络。
Sustainability: 6G has to be an energy-optimised digital infrastructure and this will change the full resource chains of wireless networks, says the project. The digital fabric will also create the ability to sense and understand the state of the physical world in real-time and as such boost sustainability from the environmental, economic, and social perspectives. This is particularly important after the Covid-19 pandemic, to create a circular economy and a sustainable world.
Trustworthiness: 6G also has to ensure the confidentiality and integrity of end-to-end communications, and guarantee data privacy, operation resilience and security, building trust of wireless networks as well as its enabled applications among consumers and enterprises.
The project is also putting digital inclusion as one of the top priorities for 6G with global coverage, connecting remote places, e.g., in rural areas, transport over oceans or vast land masses, enabling new services and businesses that will promote economic growth and reduce the digital divide as well as improving safety and operation efficiency in those currently under-/uncovered areas.
转向6G还将导致新的评估标准，关键值指标（KVIS），基于这六个方面。
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