Traditionally, dynamic spectrum access (DSA) based on cooperative spectrum sensing
relies on a centralized fusion centre to fuse and store the sensing results, which is …

The exponential growth in connected devices with Internet-of-Things (IoT) and next-
generation wireless networks requires more advanced and dynamic spectrum access …

Dynamic spectrum access (DSA) is crucial to improve the utilization efficiency of the limited
and precious radio spectrum resources. Recently, the application of blockchain is proposed …

Optimal use of scarce radio spectrum is essential in the proliferation of beyond 5G networks,
and promising blockchain technology offers various benefits for the spectrum management …

Cooperative spectrum sensing (CSS) is a promising solution to improve the spectrum
sensing performance. However, some cooperative secondary users (SUs) may intentionally …

Although a massive amount of bandwidth is available at mm-waves, physics dictates the use
of legacy frequencies in the sub 6-GHz range. This necessitates dynamic spectrum access …

The convergence of dynamic spectrum access (DSA) and blockchain has been regarded as
the new paradigm of spectrum management. Because of the inherent properties of …

Mobile network operators can expand their capacity by aggregating their licensed spectrum
with the spectrum discovered opportunistically, ie, spatiotemporally unused spectrum by …

The spectrum access system (SAS) designated by the FCC follows a centralized server-
client model where a spectrum user registers with one SAS service provider for spectrum …

Cognitive radio networks allow opportunistic spectrum access to the unlicensed users,
which rely on effective spectrum sensing. Recently, cooperative sensing has been found to …