| |||||||||||
AEIT 2017 : 1st International Conference on Aerospace Engineering andInformation Technology (AEIT 2017) | |||||||||||
Link: https://aeit.sconf.articleconf.org/ | |||||||||||
| |||||||||||
Call For Papers | |||||||||||
2017年航空航天工程与信息技术国际会议(AEIT 2017)
Website:https://aeit.sconf.articleconf.org/ E-mail: AEIT@articleconf.org The objective of AEIT 2017 is to provide a forum for researchers, educators, engineers, and government officials involvAEIT 2017ed in the general areas of Aerospace Engineering and Information Technology to disseminate their latest research results and exchange views on the future research directions of these fields. The conference will serve as an international forum for the presentation and exchange of technological advances and research results in the broad fields of Aerospace Engineering and Information Technology. The conference will bring together leading researchers, engineers and scientists in the domain of interest from around the world. We warmly welcome prospective authors to submit your research papers to AEIT 2017, and share your latest research results and valuable experiences with other top-scientists, engineers and scholars from all over the world. Accepted papers which meet the Conference requirements would be published by DEStech Transactions on Engineering and Technology Research ISSN: 2475-885X (Not yet determined) and submitted to CPCI, EI Compendex, CNKI for indexing. 2017 International Conference on Aerospace Engineering andInformation Technology (AEIT 2017)所有接受的论文将以论文集的形式由DEStech Publications 进行出版,DEStech Publications 将提交论文集至EI/ Compendex CPCI-S(ISTP)数据库进行检索 优秀论文推荐到EI期刊上 征文 AEIT 2017现在正在接受稿件提交。邀请准作者将其论文提交给简易主席。提交的论文应采用Word&PDF格式。 征稿主题包括以下,但不限于: 自适应控制电离层技术 高级调制理论材料与结构 空气动力学与飞行力学气象雷达 航空工程MIMO雷达移动目标检测 航空航天与电子系统建模与仿真 飞机导航MTI雷达 天线多航天器成像系统 天体动力学和轨道力学纳米和微型卫星设计 天文图像处理纳米卫星网络 大气测量导航服务 姿态机动控制NLOS通信 自主飞行控制非线性跟踪问题的方法 航空电子和雷达新型卫星服务 弹道跟踪对象检测 双基SAR处理优化控制问题 通信技术推进与电力 计算机工程雷达检测与成像 控制设计雷达信号处理 凸轮参数化火箭 非高斯分布环境SAR成像中的检测 多普勒签名分类卫星架构 地面终端系统卫星地面站 新兴技术卫星导航 估计和检测理论卫星有效载荷 卫星子系统和组件的指导,导航和控制的估计 有限元感应和传感器技术 地球物理图像处理传感器平台与网络 地球科学与遥感空间通信 GPS多径航天器和运载火箭 地面支持系统随机控制系统 导航,导航与控制合成孔径雷达技术 液压和流体动力系统遥测 图像分析无人机和卫星通信 图像识别无人机和小飞机平台 通过卫星超宽带SAR进行交互 干扰消除变结构控制 干扰抑制 卫星间链路 脉冲雷达 |
|