Channel vector estimation is a key to smart antenna.
矢量信道估计是智能天线技术的一个关键之处。
A new smart antenna for CDMA system was proposed in the paper.
本文提出了一种用于CD MA系统的新型智能天线。
The combining of smart antenna and RAKE receiver is deeply studied.
分析了智能天线与RAKE结合的空时二维接收机。
Smart antenna circular array design process, you can set a different radius.
智能天线圆形阵列设计程序，可以设置不同的圆半径。
The mutual coupling in the antenna array of a smart antenna system is discussed.
主要研究了智能天线系统前端接收天线阵列中的耦合问题。
Smart antenna technology is one of the key technologies used in TD-SCDMA system.
智能天线技术是应用于TD - SCDMA系统的关键技术之一。
Smart antenna technology will be widely used in telemetry systems in the near future.
智能天线技术在未来无线遥测系统中有很广阔的应用前景。
A repeat iterative adaptive smart antenna algorithm for WCDMA-TDD systems is proposed.
提出一种用于WCDMA - TDD系统的重复迭代自适应智能天线算法。
Up to now, research on smart antenna has been restricted to narrowband wireless systems.
到现在为止，对于智能天线的研究仅限于窄带无线系统。
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。
This paper introduces the smart antenna technology and its application in TD-SCDMA system.
介绍了智能天线技术及其在TD - SCDMA系统中的应用。
In this paper, the role of smart antenna in future mobile communication system is introduced.
本文介绍了智能天线在未来移动通信系统中的重要作用。
It is an important support of smart antenna directional transmitting and receiving technology.
它是智能天线指向性发射与接收的重要的技术基础。
Thus, people pay their attention to the realization of the switched-beam smart antenna gradually.
因此，人们将注意力逐渐转移到了波束切换智能天线的实现上来。
This technology has comprehensive application including the smart antenna for the finite sky pointing.
这一技术有广泛的应用前景，在有限空间指向的智能天线上也得以应用。
Smart antenna and spatial diversity receiving are two most important spatial signal processing technologies.
智能天线和空间分集接收技术是主要的两种空间信号处理技术。
This paper discusses effects of smart antenna on capacity based on analysis of capacity for cellular CDMA system.
基于CDMA蜂房小区系统的容量分析，讨论智能天线对系统容量的影响。
It analyzes the merit of the smart antenna technology application as well as the challenge faced in the 3g system.
分析了智能天线技术在3g系统中应用的优点以及所面临的挑战。
As core of the smart antenna, beam-forming algorithms have become a hot topic in the study of mobile communication.
波束形成算法作为智能天线的核心，近年来成为移动通信领域中的一个研究热点。
Smart antenna is a complex system including array antennas digital signal processing unit and adaptive arithmetic unit.
智能天线是个复杂的系统包括天线阵列，数字信号处理单元和自适应算法单元。
A novel design procedure of a circular antenna array and its calibration technique for smart antenna system is proposed.
论述了一种用于智能天线系统的新型圆形天线阵列与校正网络的设计方法。
The theory, estimation of DOA, arrangement of array, switching methods and anti-jamming ability of smart antenna are analyzed.
论文中分析了这种智能天线的工作原理、DOA估计、组阵形式、切换方法和抗干扰能力等问题。
The principle, method and implementation of combining smart antenna(SA) and multiuser joint detection(JD) techniques are studied.
本文研究了将智能天线与多用户联合检测结合使用的原理、方法和实现过程。
This thesis studies adaptive algorithms and smart antenna, and selects the power spectrum inversion method to implement with FPGA.
本文对自适应算法以及智能天线等技术进行了研究学习，并选取功率谱倒置算法进行了FPGA的设计实现。
The characteristics of smart antenna and the style of the arrays and the means to achieve wideband are discussed in research background.
第一章前言中简要介绍了研究背景、智能天线的特点和常用的智能天线阵列形式，并提出了天线实现宽频带的方法。
In this paper, the concept of smart antenna is introduced and a novel detection technique called joint space-time processing is described.
简要介绍智能天线的概念，并提出一种新颖的用于智能天线系统的时空联合检测算法。
The sector antenna array of practical smart antenna system is firstly proposed, which is meaningful for the use of smart antenna technology.
给出了实际的智能天线系统前端扇区天线阵列结构，对智能天线技术的应用具有重要意义。
The results show that the smart antenna can efficiently strengthen useful signal, decrease interference and form the optimum directivity diagram.
结果表明，智能天线可以有效增强有用信号，降低干扰，从而形成最优的方向图。
This paper investigates the benefit of mutual coupling compensation in a novel smart antenna circular array at 3G-communication system frequency.
本文研究了一种新型圆形智能天线阵在3G通信系统所在频段的互耦补偿。
This paper investigates the benefit of mutual coupling compensation in a novel smart antenna circular array at 3G-communication system frequency.
本文研究了一种新型圆形智能天线阵在3G通信系统所在频段的互耦补偿。
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