Trustworthy Autonomous All-Domain Access Control Technology

The 6G network, autonomously constructed by heterogeneous and diverse end systems, possesses the flexibility to adapt to changing requirements. However, it faces challenges such as vast scale, decentralized locations, high mobility, and limited resources in end systems. Trustworthy autonomous all-domain access control technology focuses on access layer control to achieve a trustworthy, controllable, efficient sharing of resources as desired. This chapter introduces the research ideas and methods of trustworthy autonomous all-domain access control technology. Firstly, it explores large-scale decentralized autonomous network intelligence in terms of topology awareness, self-healing, and reconstruction technologies. Secondly, addressing the resource-sharing needs of 6G all-scenario networks, it investigates collaborative control technologies for decentralized autonomous network terminals. Subsequently, it integrates blockchain design to establish a secure control architecture for ad hoc and trustworthy resource sharing. Finally, addressing the challenges of limited end-system resources and significant service demand variations optimizes the design of 6G large-scale heterogeneous autonomous network blockchain.