2011年7期
刊物介绍
本刊创刊于1958年,系国内外公开发行的、理论与应用相结合的综合性电子专业科技刊物,为中文核心期刊,主要刊登涉及下列应用方向和技术领域的述评、论文、新概念新技术新产品介绍:电子系统工程;通信;导航;识别;飞行器测控;卫星应用;雷达;信息战;共性技术(包括天线、射频电路、信号处理、信息处理、监视与控制、时间与频率、先进制造、电磁兼容、测试与试验、可靠性与维修性、软件工程化、综合保障等),包括科研成果的学术性总结、新技术、新工艺的论述、国内外科技动态的综合评述,以及实用性电子技术方面的的内容。面向的对象主要是从事电子科学技术研究、开发等方面的科研人员、高校师生及电子技术爱好者。目前设有研究与开发、基金项目论文、专题述评等栏目,集学术研究与技术交流于一体,是广大工程技术人员和产品开发人员相互交流的平台,是他们与元器件(仪器和设备)供应商相互沟通的桥梁,是具有导向性的权威刊物。(Started in 1958 and sponsored by Southwest China Institute of Electronic Technology or The Electronic 10th Institute of China Electronics Technology Group Corporation (China’s first comprehensive research institute with interested fields in military communications, electronics, avionics, aerocraft TT&C, navigation, identification and recognition, satellite application, radar, RF circuit, signal processing, advanced manufacturing technology, surveillance and control, reliability and maintainability, software development, etc.), the journal of Telecommunication Engineering(ISSN 1001-893X) is edited and published monthly by Telecommunication Engineering Agency. Its competent authorities is the Ministry of Information Industry of P.R.C. It contains original papers contributing to the science of communication and electronics, including those concerning telecommunication, radar, information warfare, TT&C and navigation, microwave and antenna, image transmission and processing, computer and network, electronic devices and parts, structure and process technology, etc. In addition the journal includes reviews of latest development of research, studies on the advancement of new technology and other matters of concern to those interested in telecommunication and electronics. It is now composed of three columns, that is Foundation Supported Project, Research and Development, and Summarization. An authoritarian publication with a large population of writers and readers in the field of IT and electronics all over the world, the journal ranks among the Core Journals of China for continuous three times for its academic influence and quality. It is also the Excellent Journal of the Ministry of Information Industry. The impact factor and other indexes rank top in the journals of its kind. English abstract, author’s email and telephone number are provided. It is a good media for scientists, engineers and other research personnel to introduce, show and propagate new technology and new products. The journal is an academic publication with a long history and good reputation. YU Guang-zheng, the chief editor, is a famous expert in radar. The editorial board includes 38 members, among which there are 6 academicians of China National Academy of Engineering. The journal is included by such famous Chinese database as Chinese Academic Journal(Compact Disk version)(CAJ-CD),Chinese Journal Full-text Database(CJFD),Chinese Scientific and Technical Journal Database, Chinese Periodical Web, Wanfang Data Digital Periodicals, and is abstracted by Chinese Radio Electronics Abstract(ISSN 1009-0851) and Electronic Sci.&Tech. Abstract(ISSN 1003-1928). It is also the source journal of China Science Citation Database(CSCD) and Chinese Academic Journal comprehensive Evaluation Database(CAJCED).It is also the source journal of Science Abstract(INSPEC),Cambridge Science Abstract(CSA),and Index of Copurnicus(IC).
电讯技术
- 未来飞行器测控通信体系结构及关键技术
- TDD 系统中非完美信道信息条件下双流波束赋形吞吐量分析✴
- 基于元模型的复杂航电系统建模
- 无线宽带信道模型的仿真与验证
- 基于1090ES的机载ADS-B设备总体设计
- 双星时差频差无源定位系统定位算法工程指标分析
- 基于战场仿真的智能指挥控制系统总体设计
- 基于Duffing振子的DSSS信号率线检测
- 频偏稳健的分级调制分类算法
- 多帧相参积累检测前跟踪方法✴
- 基于TDOA定位GSM移动台的信号处理算法
- 运用希尔伯特黄变换进行多分量信号的频散分析
- LDPC 码在非相干BFSK系统中的性能分析✴
- 反辐射无人机抗前沿闪烁诱饵技术
- 汽车防撞毫米波雷达系统参数优化设计
- 卫星网络的协作通信技术
- 基于压缩感知的分步合作频谱感知方法✴
- 一种基于遗传算法的战场频率分配方法
- 音频信号的混沌特性分析
- MIMO 系统的波束成形技术与开关算法结合的性能分析✴
- 多码环架构对扩频捕获性能的优化
- 基于宽带接收的星载信号处理技术✴
- 微波着陆系统信号模拟器设计
- 射频信道非线性失真对多载波数字通信的影响及常用线性化技术分析
- 采用多视频融合的机场场面监视方法✴
- 多小区OFDMA系统基于改进PSA的资源分配算法✴
- 一种基于IPTV的视频分级编码设计
- 宽带双频双极化星载赋形反射面天线优化设计
- 阵列信号频分复用毫米波传输技术
- 基于最小均方误差的8PSK解调算法
- 高性能跳频滤波器设计
- Ku频段接收前端的高本振抑制设计
- 基于自适应基带预失真的高效率发射技术✴
- 相位噪声对PSK系统性能的影响
- 跳频通信电台共址干扰及其抑制技术
- 200MHz高频晶体振荡器研制
- 外军潜艇通信关键技术及发展趋势
- 载人登月测控通信系统的现状与发展趋势
- OFDMA系统同频干扰抑制技术研究进展
- OFDM系统时间同步方法性能比较
- 《电讯技术》征稿的新要求
- 关于本刊编辑部授权中国知网优先数字出版的通知
- 《电讯技术》征稿启事