论文标题
TechTile-打开6G的研发测试床，用于沟通，定位，感应，WPT和联合学习
Techtile -- Open 6G R&D Testbed for Communication, Positioning, Sensing, WPT and Federated Learning
论文作者
论文摘要
正在开发针对下一代无线系统的新概念。预计这些6G及以后的系统将不仅结合沟通，还包括感应，定位，（深）边缘计算和其他服务。讨论的测量设施和方法名为Techtile，在设计和操作方面都是开放的，并且是独特的测试台，可评估这些新设想的系统。 TechTile是一种多功能和多功能测试台，为新的通信，定位和传感技术提供细粒的分布资源。该设施可以对超连接的交互式环境以及对新算法和拓扑的验证进行实验研究。骨干连接配备边缘计算设备，软件定义的无线电，传感器和LED来源的140〜资源单元。通过这样做，可以评估不同的网络拓扑和本地 - 中心计算。 i）技术的多样性（例如RF，声学和光），ii）分布式资源和iii）互连性允许探索更多的程度和新类型的多样性，可以在此测试中进行研究。
New concepts for next-generation wireless systems are being developed. It is expected that these 6G and beyond systems will incorporate more than only communication, but also sensing, positioning, (deep) edge computing, and other services. The discussed measurement facility and approach, named Techtile, is an open, both in design and operation, and unique testbed to evaluate these newly envisioned systems. Techtile is a multi-functional and versatile testbed, providing fine-grained distributed resources for new communication, positioning and sensing technologies. The facility enables experimental research on hyper-connected interactive environments and validation of new algorithms and topologies. The backbone connects 140~resource units equipped with edge computing devices, software-defined radios, sensors, and LED sources. By doing so, different network topologies and local-versus-central computing can be assessed. The introduced diversity of i) the technologies (e.g., RF, acoustics and light), ii) the distributed resources and iii) the interconnectivity allows exploring more degrees and new types of diversity, which can be investigated in this testbed.
