北京中通海科技有限公司
Published:2009
移动端阅览
[1]潘毅斌.TD-SCDMA移动终端智能天线技术的算法实现[J].电信工程技术与标准化,2009,22(09):65-69.
潘毅斌. Briefly Discuss Mobile Terminal Smart Antenna Technology and Algorithm Realization of TD-SCDMA[J]. 2009, 22(9): 65-69.
[1]潘毅斌.TD-SCDMA移动终端智能天线技术的算法实现[J].电信工程技术与标准化,2009,22(09):65-69. DOI:
潘毅斌. Briefly Discuss Mobile Terminal Smart Antenna Technology and Algorithm Realization of TD-SCDMA[J]. 2009, 22(9): 65-69. DOI:
智能天线技术是第三代移动通信标准TD-SCDMA的标志性技术
是TD-SCDMA标准相对于其他标准的最大区别和优势
具有增加系统容量、扩大系统覆盖范围、改善服务质量等一系列优点。随着TD-SCDMA网络逐渐商用
智能天线技术也愈加成熟。本文阐述了TD-SCDMA移动终端智能天线的一些知识及相关的优势
并通过DSP和FPGA分别实现了自适应算法。
Smart antenna technology is the representation of the third generation mobile communication
TD-SCDMA standard has the largest distinction and advantage compared with others
which has the advantages of increasing system capacity
expanding the system coverage
improving the quality of service
and so on. With the commercial using of TD-SCDMA network
smart antenna technology is gradually mature. In this paper
I will talk about some knowledge and advantages of TD-SCDMA mobile terminal smart antenna technology
and to achieve the adaptive algorithm by DSP and FPGA.
智能天线自适应波束的形成与实现 [J]. 陈玉峰,罗继勋,吉彦军. 微电子学与计算机 . 2006(08)
基于定点LMS算法的自适应天线阵技术及其FPGA实现 [J]. 杜勇,朱亮,韩方剑,韩方景. 电光与控制 . 2006(03)
智能天线算法研究 [D]. 石敏. 西北工业大学 2003
自适应滤波[M]. 电子工业出版社 , 龚耀寰编著, 2003
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