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RF Spectrum Cognition Technologies for IoT Wireless Sensors
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 Title & Authors
RF Spectrum Cognition Technologies for IoT Wireless Sensors
Yoon, Won-Sang; Han, Sang-Min;
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In this paper, new spectrum sensing schemes based on analog/RF front-end processing are introduced for IoT wireless sensor networks. While the conventional approaches for wireless channel cognition have been issued in signal processing area, the RF spectrum cognition concept makes it feasible to achieve cognitive wireless sensor networks (C-WSNs). The spectrum cognition at RF processing is categorized as four kinds of sensing mechanisms. Two recent reseaches are described as promising candidates for the C-WSN. One senses spectrum by the frequency discriminating receiver, the other senses and detects from the frequency selective super-regenerative receiver. The introduced systems with simple and low-power RF architectures play dual roles of channel sensing and demodulation. simultaneously. Therefore, introduced spectrum sensing receivers can be one of the best candidates for IoT wireless sensor devices in C-WSN environments.
Cognitive radio;C-WSN (Cognitive wireless sensor network);IoT (Internet of things);Spectrum sensing;Wireless connectivity;
 Cited by
캡-뱅크를 이용한 IoT 센서 시스템용 광대역 전압 제어 발진기의 설계,김동식;채상훈;윤원상;

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