Explainable AI Could Make or Break Trust in 5G and 6G Networks
A new scoping review of 73 studies argues that explanations in AI-driven 5G and 6G networks must balance fidelity, latency, ...
A new scoping review of 73 studies argues that explanations in AI-driven 5G and 6G networks must balance fidelity, latency, ...
A UT Dallas-led NSF-funded project is developing quantum-ready, AI-enabled security tools for next-generation cellular networks.
A new study traces how the Digital BRICS initiative evolved from early cable proposals into a platform for South-South digital ...
An attention-enhanced meta-reinforcement learning scheduler reduced URLLC violations to 63.11% versus 90.54% for DQN and 79.52% for PPO in single-cell ...
A simulation study in Cluster Computing proposes a trust-aware blockchain sharding framework that improved shard load balance by up to ...
The architecture of cloud radio access networks fundamentally reshapes where computational intelligence lives in a cellular system. In a conventional ...
Researchers have developed a non-redundant spherical sampling method that cuts antenna near-field measurement points by about 40 percent while assessing ...
Researchers in China used configurational entropy engineering and bismuth doping to create microwave dielectric ceramics that achieve both ultra-high quality ...
Researchers at Edinburgh Napier University have developed a compact dipole-Yagi antenna that achieves 9 dBi gain at 28 GHz through ...
A new dual-band RF exposure system called LoREC enables real-time electrophysiological recordings of neuronal cultures under precisely controlled 5G-FR1 irradiation ...
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© 2025 Scienmag - Science Magazine