In this paper, the applications of smart antennas in WCDMA system are discussed.
本文研究了在第三代移动通信WCDMA系统中的智能天线应用。
Smart antennas technology is one of the key technologies in TD-SCDMA (Time Division-Synchronous Code Division Multiple Access).
智能天线技术是TD - SCDMA(时分同步码分多址)中的关键技术之一。
It examines the application of smart antennas technology in the 3rd mobile communication based on TD-SCDMA system in this thesis.
本文基于TD - SCDMA系统，对智能天线技术在第三代移动系统中的应用进行了研究。
The thesis introduces the 3G mobile communication system in the first, expounds the TD-SCDMA technology and smart antennas system.
文章首先介绍了3G移动通信系统，对TD-SCDMA技术及智能天线系统进行了详细的阐述。
An effective space-time receiver scheme that combines smart antennas with multiuser detection is proposed and its parameter is optimized.
提出了一种行之有效的将智能天线技术同多用户检测技术结合的空-时接收方法，并对其参数进行了优化。
This paper tells the importance of smart antennas for the third generation mobile communication system and focuses on the adaptive array antennas.
论述了智能天线技术在第三代移动通信中的重要作用，并重点介绍了自适应阵天线及智能天线的两种实现方案。
SCDMA Wireless Access Network, the newborn wireless communication system, uses many up-to-date techniques, such as Smart Antennas, to solve the problem.
SCDMA无线接入系统是一种全新的无线接入系统，它采用智能天线等新技术作为解决上述难题的有效手段。
Smart antennas and interference cancellation are two different kinds of schemes to restrain multi-access interference, and each has its characteristic and defect.
智能天线和干扰消除技术是从不同角度抑制码分多址系统多址干扰的方法，二者各有其特点及不足之处。
That method not only could reduce the system costs for synchronism, but also increases the system capacity and the quality of reception from MS, using smart antennas.
此方法不仅可以减少因同步要求带来的系统成本，还增加了系统容量，改善了基站对MS的接收质量。
In this paper, smart antenna technology and its applications in wireless communications, analysis of some representative of the use of smart antennas for wireless access protocol.
本文研究了智能天线技术及其在无线通信中的应用，分析了一些具有代表性的使用智能天线的无线接入协议。
A new receiver structure was proposed for adaptive smart antennas in CDMA mobile communication systems, requiring only the knowledge of the desired user's pseudo noise (PN) code sequence.
利用码分多址(CDMA)系统中的用户伪随机(PN)码信息，提出了一种新的自适应智能天线结构。
This article introduces the development, the principle of work and the variety of the smart antennas. This article also analyses the technical advantages of the smart antennas in TD-SCDMA.
文中主要介绍了智能天线的提出、工作原理及分类，并分析了智能天线在TD-SCDMA中的技术优势。
Smart antennas have recently been applied to wireless radio systems to improve their performance by enhancing the received signal, suppressing interfering signal and increase the capacity of systems.
目前，智能天线被应用于无线通信系统中，它通过改善接收信号的质量，抑制干扰，提高系统的容量等来提高通信系统的性能。
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。
There are also smart phones on the way with video cameras, GPS antennas and access to local Wi-Fi hotspots, the superfast wireless networks often found in offices, airports and cafes.
还有一些正在开发中的智能电话，他们将带有摄像机、GPS天线以及本地 Wi-Fi （一种常在办公室、机场和本地咖啡馆能找到的超高速无 限网络）热点链接的入口。
There are also smart phones on the way with video cameras, GPS antennas and access to local Wi-Fi hotspots, the superfast wireless networks often found in offices, airports and cafes.
还有一些正在开发中的智能电话，他们将带有摄像机、GPS天线以及本地 Wi-Fi （一种常在办公室、机场和本地咖啡馆能找到的超高速无 限网络）热点链接的入口。
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