With ultra-low latency, high bandwidth, and massive connectivity, 6G networks provide essential support for task offloading in mobile edge computing. Task offloading transfers computational tasks from ...

2025-06-10 Optimal Task Offloading with Firm Deadlines for Mobile Edge Computing Systems Khai Doan et.al. 2506.09180 null 2025-06-18 Computation Capacity Maximization for Pinching Antennas-Assisted ...

Abstract: Unmanned aerial vehicle (UAV)-assisted mobile edge ... offloading. In this paper, we investigate a multi-UAV-assisted MEC network in which wireless devices need to process diverse ...

Leading companies integrate four essential architectural pillars: microservices, edge computing, content delivery networks ...

Why AI at the edge matters: discover how fast, local AI powered by broadband and Wi-Fi transforms real-time services, privacy ...

Agentic AI, post-quantum cryptography, AI governance, and hybrid computing are among the most pressing and potentially disruptive trends that enterprises are facing, Gartner reports. An edge data ...

CMU's Swarun Kumar explains how software-defined wireless networks, low-power IoT, and edge computing will define the post-6G ...

Five ways service providers, first responders, utilities, and manufacturers are overcoming their edge networking challenges.

Mobile ruggedized devices enhanced with AI-powered applications can transform how utility teams operate, communicate and make decisions on the front lines.

A massive power surge races through the distribution network. Instead of triggering a cascade of failures, intelligent edge devices detect the anomaly within milliseconds and execute a quick and ...

Edge computing changes the game by processing data where it's created, eliminating latency and enabling decisions in milliseconds. Combined with AI, it has the potential to drive smarter ...