Ultra wide band system based on cognitive radio

Run-fang Hao, Ju-Ming Zhao, Huakui Wang
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Abstract

The paper presents a simple cognitive UWB system model with queuing mechanism. In accordance with this model a good spectrum was obtained by tuning transmitter parameters adaptively. It can support dynamic avoidance of narrow-band interference. While implementing a true cognitive UWB radio is still quite challenging today because of the limitations of current digital processing technologies, intelligent spectrum-sensing capabilities and dynamic waveform generation algorithms. So our next-step work is to find better pulse design methods and algorithms for acquiring a perfect cognitive UWB system.
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基于认知无线电的超宽带系统
提出了一个简单的带排队机制的认知超宽带系统模型。根据该模型,通过自适应调整发射机参数,获得了较好的频谱。它可以支持窄带干扰的动态避免。由于当前数字处理技术、智能频谱传感能力和动态波形生成算法的限制,实现真正的认知超宽带无线电仍然具有相当大的挑战性。因此,我们下一步的工作是寻找更好的脉冲设计方法和算法,以获得一个完美的认知超宽带系统。
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