The 6G networks are anticipated to be instrumental in powering a wide array of upcoming applications, including smart cities and homes, interconnected vehicles, intelligent factories, and the industrial Internet of Things (IoT). These applications need advanced wireless connectivity and robust, precise sensing abilities. A consistent aspect of future 6G plans is the increased importance of sensing, set to play an unprecedented role. By incorporating sensing capabilities, 6G networks will expand beyond traditional communication boundaries, offering pervasive sensing services to analyze and potentially map out the environments they operate in. This capability to collect environmental sensory data is seen as essential for nurturing intelligence in the upcoming era of smart environments. This necessitates a concurrent focus on developing communication and sensing technologies within 6G networks, which has prompted recent explorations in integrated sensing and communications (ISAC).

中文翻译：

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集成传感与通信特刊[来自客座编辑]


6G 网络预计将有助于为即将到来的各种应用提供支持，包括智能城市和家庭、互联车辆、智能工厂和工业物联网 (IoT)。这些应用需要先进的无线连接和强大、精确的传感能力。未来 6G 计划的一个一致的方面是传感的重要性日益增加，并将发挥前所未有的作用。通过整合传感功能，6G 网络将超越传统的通信边界，提供普遍的传感服务来分析并可能绘制出其运行的环境。这种收集环境传感数据的能力被认为对于即将到来的智能时代培育智能至关重要。环境。这就需要同时关注 6G 网络内通信和传感技术的开发，这促使了最近对集成传感和通信 (ISAC) 的探索。