Integrated Sensing-Communication-Computation for Edge Artificial Intelligence

The ISCC schemes enjoy the benefits of better network By enabling various network architectures like spaceair-ground resource coordination among the three modules and hardware integrated networks, computing power networks, sharing between sensing and communication on devices for internet-of-things networks, etc., and leveraging massive distributed saving their physical spaces [7]. However, the achievement computing powers and data resources therein, the next of these advantages faces new challenges. In the task level, generation of wireless technology (6G) will go far beyond the edge AI features a task-oriented property that concerns the traditional data-centric services to push forward intelligence of effectiveness and efficiency instead of the traditional design everything for providing ubiquitous and immersive intelligent criteria such as system throughput and signal-to-noise ratio services [1]. This calls for the deployment of artificial intelligence (SNR). Therefore, they call for new design criteria.