CDiT uses a diffusion transformer conditioned on position to generate high-fidelity THz channels in sparse beamspace under the hybrid planar-spherical wave model, outperforming benchmarks on realistic datasets.
When Wires Can’t Keep Up: Reconfigurable AI Data Centers Empowered by Terahertz Wireless Communications
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AI and terahertz networks form a mutual symbiosis where each addresses the limitations of the other across hardware, physical layer, protocols, and services.
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CDiT: Conditional Diffusion Transformer for Geometry-Aware Terahertz Cross Far- and Near-Field Channel Generation
CDiT uses a diffusion transformer conditioned on position to generate high-fidelity THz channels in sparse beamspace under the hybrid planar-spherical wave model, outperforming benchmarks on realistic datasets.
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When AI Meets Terahertz: A Survey on the Symbiosis of Artificial Intelligence and Terahertz Networks
AI and terahertz networks form a mutual symbiosis where each addresses the limitations of the other across hardware, physical layer, protocols, and services.