GALAMC: Guaranteed Authentication Level at Minimized Complexity Relying on Intelligent Collaboration

Conventional centralized authentication techniques based on both digital cryptography and physical-layer attributes are prone to single-point failure due either compromised security keys or an abrupt change in the physical communication environment. Although these particular challenges could be mitigated by joint use of decentralized attributes, such schemes often exhibit unpredictable performance. Simultaneously, necessary involvement multiple parties imperfect observation environment can also significantly increase latency computational complexity. As a remedy, scheme is proposed this paper achieve Guaranteed Authentication Level at Minimized Complexity (GALAMC) intelligent distributed collaboration available distributive attributes. Specifically, we aim for minimizing complexity collaborative process harnessing minimum number nodes selected each node across different environments while guaranteeing required level. The related implemented where their usefulness which time-varying. simulation results demonstrate that our maintains target level it more immune sudden environmental changes than conventional scheme. It observed adaptively select cost.