“…The unknown scrambling ID and RNTI prevent the 4G blind detector from working on 5G [24] [25]. In [26], the authors avoid these issues by getting configurations and scrambling IDs from in-network high-layer messages unavailable for out-ofnetwork detectors and self-reliant communications. The aforementioned changes from 4G to 5G increase flexibility and security at the cost of the feasibility of adapting contemporary 4G blind control detectors, which motivates using known resources geospatially as an alternative to traditional white space.…”
“…The unknown scrambling ID and RNTI prevent the 4G blind detector from working on 5G [24] [25]. In [26], the authors avoid these issues by getting configurations and scrambling IDs from in-network high-layer messages unavailable for out-ofnetwork detectors and self-reliant communications. The aforementioned changes from 4G to 5G increase flexibility and security at the cost of the feasibility of adapting contemporary 4G blind control detectors, which motivates using known resources geospatially as an alternative to traditional white space.…”
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