Evaluation of Trusted Channel Cognitive Radio Network using WPM Method

Sensitivity to devices in distant then frequently unnoticed health, corporate complexes, and home is crucial in critical situations. Though, depending on devices data, it presents a significant challenge in informing decision-making, as standardized and trusted methods must be used. Previous efforts have focused on standardized platform modules, but these lack desirable features such as Intel SGX with consistent execution similar to TEE as Global Platform. In this paper, we propose TEE for devices to achieve reliable sensitivity including TPMs, and differentiating its use in remote devices providing common conviction assurances. We also include secure communication issues in TEE between small-sized devices with TEEs, for which we provide a secure and reliable channel protocol that enables mutual remote certification in the flow. The analysis takes into account bandwidth, duty cycle, economic cost, channel decision, cognitive radio, and data transmission as evaluation parameters. The results show that the Channel decision ranks first, while the Bandwidth and Decision Based on Economic Cost have the lowest rank.