A novel hybrid Matched Filter structure for IEEE 802.22 standard

Spectrum sensing is the key for Cognitive Radio (CR) systems such as IEEE 802.22 standard in improving the Quality of Service (QoS) of secondary user while avoiding harmful interference to primary user (PU) of the allocated spectrum. In this paper, we reviewed the traditional MF's (Matched Filt...

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Main Authors: Zhang Zhang, Qingqing Yang, Lingkai Wang, Xiaofang Zhou
Format: Conference Proceeding
Language:English
Subjects:
Arrays
Cognitive Radio
Complexity theory
Correlation
Digital Matched Filter
Equations
Matched filters
Noise
Sensors
Spectrum Sensing
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creator Zhang Zhang
Qingqing Yang
Lingkai Wang
Xiaofang Zhou
description Spectrum sensing is the key for Cognitive Radio (CR) systems such as IEEE 802.22 standard in improving the Quality of Service (QoS) of secondary user while avoiding harmful interference to primary user (PU) of the allocated spectrum. In this paper, we reviewed the traditional MF's (Matched Filter) properties and proposed a novel hybrid MF structure which is designed to perform spectrum sensing function in IEEE 802.22 standard. This structure mixes segmented MF with parallel MFs, and overcomes MF's bottleneck - frequency offset without sacrificing its advantage. We revealed some properties of this novel structure and demonstrate a case in 802.22 standard and compare it with other papers. The result shows that our novel structure has advantages over other spectrum sensing methods.
doi_str_mv 10.1109/APCCAS.2010.5774959
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subjects Arrays
Cognitive Radio
Complexity theory
Correlation
Digital Matched Filter
Equations
Matched filters
Noise
Sensors
Spectrum Sensing
title A novel hybrid Matched Filter structure for IEEE 802.22 standard
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