ISAC AWARE AI-RAN ORCHESTRATION FOR MISSIONCRITICAL MOBILITY AND INTELLIGENT INFRASTRUCTURE IN 6G NETWORKS

Abstract

The rapid evolution of 6G networks demands intelligent communication architectures capable of supporting mission-critical mobility and integrated sensing applications. This work presents an ISACAware AI-RAN Orchestration framework for intelligent infrastructure and ultra-reliable communication in future 6G networks. The proposed approach combines Integrated Sensing and Communication (ISAC) capabilities with Artificial Intelligence-based Radio Access Network (AI-RAN) orchestration to enable dynamic resource allocation, real-time network optimization, and adaptive mobility management. AI-driven decision mechanisms analyze traffic patterns, sensing information, and network conditions to improve latency, reliability, and energy efficiency. The framework enhances coordination between sensing, communication, and computing resources for applications such as autonomous transportation, smart cities, and industrial automation. This research provides a scalable architecture for nextgeneration mission-critical intelligent connectivity.