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Developing an effective cooperative spectrum sensing (CSS) scheme in cognitive radio (CR), which is considered as promising system for enhancing spectrum utilization, is necessary.
The recently emerging spectrum scarcity problem has led numerous investigations on the potential exploitation of cognitive radios as well as the feasibility of Vehicular Dynamic Spectrum Access (VDSA) schemes with the objective of: a) enhancing spectrum utilization and b) improving the network's throughput and response time.
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Self-adaptive OFDM technology is capable to enhance spectrum efficiency and system transmission speed.
SDR and MIMO are expected to greatly enhance spectrum efficiency and increase wireless network throughput.
This work explores optimal strategies for channel selection and medium access to enhance spectrum utilization.
Both cognitive radio (CR) and full duplex transmissions are effective means to enhance spectrum efficiency and network capacity.
Cognitive radios (CRs) are emerging as a promising technology to enhance spectrum utilization through opportunistic on-demand access.
Relaying has been introduced to extend system coverage, enhance spectrum efficiency, and improve the performance of wireless systems.
It is observed that self-adaptive OFDM technology is capable to enhance spectrum efficiency and system transmission speed.
Cognitive radio (CR) is a revolutionary technology in wireless communications that enhances spectrum utilization by allowing opportunistic and dynamic spectrum access.
Cognitive Radio is an emerging technology to accommodate the growing demand for wireless technology via dynamic spectrum access to enhance spectrum efficiency.
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