Smart antenna technology is an outcome of this development.

智能天线便是其中的一典型产物.

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The digital beamforming ( DBF ) of the array antenna is a key technology of the smart antenna.

阵列天线的数字 多波束 形成技术是智能天线中的一项重要技术.

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As the key technique of the smart antenna, the beam - forming algorithm has enjoyed widespread popularity.

作为智能天线的关键技术之一, 波束赋形算法引起了众多学者的广泛关注.

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But the smart antenna technology be applied in 3 G, it can quite good solute this question.

而智能天线技术应用在3G中能比较好的解决这一问题.

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A repeat iterative adaptive smart antenna algorithm used in TD - SCDMA systems is proposed.

提出一种用于TD-SCDMA系统的重复迭代自适应智能天线算法.

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The conclusion derived as a reference for the geometry design of smart antenna.

所得结论可供智能天线的阵型设计参考.

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Chapter 6 narrates the status quo of smart antenna, and also expects its prospect.

第六章介绍了智能天线的研究现状, 展望了智能天线的发展前景.

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The tradition techniques can not provide the new way to settle issues, but smart antenna can.

传统的解决技术也日益成熟, 智能天线为解决这些问题带来新的思路.

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Now, smart antenna system has being developed for the Third Generation Mobile Communication ( 3 G ) .

目前, 第三 代移动通信 正在致力于开发智能天线系统.

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As the key technique of the smart antenna beam - forming algorithm has enjoyed widespread popularity.

遗传算法在非线性数值优化方面有着很强的生命力,适于波束赋形阵列天线的综合.

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The article discusses the performance of adaptive algorithm applying in smart antenna in wireless fading channel.

本文主要研究了无线衰落信道中智能天线自适应算法的性能.

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Therefore, smart antenna has become one of the most attractive technologies field of mobile communication.

因此, 智能天线技术已经成为移动通信中最具有吸引力的技术之一.

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