Integrated Sensing And Communication In 6g: Applications And Key Performance Indicators
Main Article Content
Abstract
As the evolution of wireless communication progresses towards 6G networks, the integration of sensing and communication functionalities emerges as a fundamental paradigm shift. This paper explores the concept of Integrated Sensing and Communication (ISAC) in the context of 6G, where both sensing and communication functions are seamlessly unified within a single system. The envisioned ISAC framework entails the coexistence and integration of sensing and communication tasks, leveraging shared resources across time, frequency, and spatial domains. Key elements such as waveform design, signal processing algorithms, and hardware architecture are intricately interwoven to support this integration. This study delineates four distinct categories of ISAC use cases that are anticipated to define the landscape of new services in 6G networks. Each category is accompanied by a detailed examination of the corresponding performance requirements.