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  主讲人: Philip Campbell
  主  题: How Springer Nature can support the UN Sustainable Development Goals
  时  间: 2019-05-21 14:30
  地  点: 机械工程楼一层多功能厅
[主讲人简介]
Sir Philip Campbell is the Editor-in-Chief of Springer Nature. From 1995-2018 he was the Editor-in-Chief of Nature. He has a BSc in aeronautical engineering from the University of Bristol, an MSc in astrophysics from Queen Mary College, University of London, and a PhD in upper atmospheric physics from the University of Leicester. Following postdoctoral research, he worked at Nature from 1979 to 1988, as Physical Sciences Editor. He was the founding editor of Physics World, published by the UK’s Institute of Physics, from 1988 until his return to Nature as its Editor-in-Chief in 1995. He is a Fellow of the Royal Astronomical Society and a Fellow of the Institute of Physics, and has been awarded honorary degrees by the University of Leicester and University of Bristol. His publications include scientific papers, and numerous articles in Physics World and Nature. He has written many articles for general publications such as national newspapers, New Scientist and The Economist. For 10 years he was a trustee of Cancer Research UK, and in 2012 became a founding trustee of the research funding charity MQ: transforming mental health. He was Chair of the MQ board of trustees in 2015-2019. He was knighted for services to science in 2015. 菲利普·坎贝尔爵士拥有布里斯托大学航空工程学士学位,伦敦大学玛丽皇后学院天体物理学硕士学位和莱斯特大学高级大气物理学博士学位。在博士后研究之后,他于1979年至1988年在《自然》(Nature)工作,担任物理科学编辑。1988年-1995年,成为英国物理研究所出版的期刊《物理世界》(Physics World)的创刊编辑,之后他回归《自然》(Nature)担任主编。 菲利普·坎贝尔爵士是皇家天文学会会员和物理研究所研究员,并被莱斯特大学和布里斯托大学授予荣誉学位。 他的出版物包括科学论文,以及在Physics World和Nature出版的众多文章。他为诸如New Scientist和The Economist等报纸撰写了许多大众读物。10年来,他是英国癌症研究的董事,并于2012年成为慈善机构“MQ:改变心理健康”研究基金会的创始董事。他于2015年-2019年担任MQ董事会主席。因其在服务科学方面的卓越贡献,他在2015年获得了爵位荣誉。
[内容简介]
Sir Philip Campbell will illustrate the Sustainable Development Goals. He will highlight some of the content we publish that is relevant to them. He will describe how we editors and publishers in Springer Nature are strengthening our content and our diverse types of content in journals, books, magazines and multimedia, in order to make greater contributions in support of these societal goals. 菲利普·坎贝尔爵士将阐述联合国可持续发展目标。他将重点介绍Springer Nature出版的与此相关的内容。他将讲述Springer Nature的编辑和出版人如何通过期刊、书籍、杂志和多媒体,加强我们的内容和内容形式的多样性,以为支持这些社会目标做出更大的贡献。

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  主讲人: 许立达
  主  题: 利用机器学习解决GNSS多径效应
  时  间: 2019-05-21 14:30
  地  点: 逸夫313
[主讲人简介]
许立达博士目前担任香港理工大学航空工程跨领域学部助理教授。许立达博士于2007年及2013在台湾成功大学航空太空工程学系获得工程学士学位与博士学位。并于2012年与2013年,曾作为访问学者前往伦敦大学学院(UCL)与东京海洋大学(TUMSAT)。 2014年到2016年获得日本学术振兴会特别研究员项目资助,前往东京大学生产技术研究所进行博士后研究。许立达博士目前已发表学术论文80余篇,主持科研项目7项,并且曾获得美国导航学会颁发的最佳学生论文奖与两次最佳报告。 许立达博士现在是美国导航学会成员并于2019年被选为学会技术代表(Technical Representative),并且担任GNSS领域顶级期刊GPS Solutions编辑委员会委员。许立达博士的研究兴趣具体包括以下几个方面:1. 全球导航卫星系统(GNSS)定位与信号处理; 2. 运用多重传感器整合无人车导航。
[内容简介]
多径效应一直以来是城市区域中GNSS定位的瓶颈。解决多径效应的一个研究方向为分辨多径效应与直射的健康GNSS信号。本讲座将讨论如何应用机器学习辨认GNSS多径效应与非视距信号(non-line-of-sight)。使用机器学习的其中一个关键为从GNSS接收机输出的观测量提取多径特征,并使用该特征配合机器学习训练分类器。本次讲座讲分享从GNSS NMEA观测量与RINEX观测量层面使用机器学习以增进GNSS在城市环境的定位性能。

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  主讲人: 虞丽云
  主  题: 国家公路网技术状况监测及监测数据应用
  时  间: 2019-05-19 09:30
  地  点: 土建楼702会议室
[主讲人简介]
主要从事公路养护管理工作。参与完成交通运输部西部交通建设科技项目及部、省级重点科研项目30余项,参加多次国际学术交流活动,获中国公路学会科学技术二等奖1项,发表论文多篇。近年来负责的主要工作: 负责年度国家公路网技术状况监测工作的组织。参加部养护管理检查方案制定及养护纲要编制等重点工作。2、负责部“十三五”信息化重点项目“国家公路网综合养护管理系统建设”。3与编制《公路技术状况评定标准》、《公路路面技术状况自动化检测规程》、《多功能路况快速检测设备》、《路面管理系统技术要求》、《高速公路管理评价》等5项标准规范,审核《车载式路面损坏视频检测系统》等3项行标,负责主编团体标准《国家公路网重点桥梁和隧道监测评价规程》。
[内容简介]
在国家公路“经济大动脉”作用日益凸显的同时,交通运输部自“十二五”初开展了国家公路网技术状况监测工作,截至目前监测覆盖全国31个省区市,共检测公路25.55万公里,监测重点桥隧361座。采集了海量数据,初步形成了全国路网技术状况大数据库,基本建立了公路养护病害追溯机制,对国道路面、桥梁和隧道的病害发展机理、力学性能衰减规律、预防性养护时机以及结构耐久性有了更加清晰的认识。该项工作极大消除了公路安全隐患,最大程度避免了公路安全事故的发生,公路基础设施的公共服务能力得到明显提高。

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  主讲人: 崔启亮
  主  题: 翻译项目管理精要
  时  间: 2019-05-17 14:10
  地  点: 思源西楼506
[主讲人简介]
博士,对外经济贸易大学英语学院副教授、硕士研究生导师、国际语言服务与管理研究所副所长,中国翻译协会理事,中国翻译协会本地化服务委员会副主任,世界翻译教育联盟翻译技术教育研究会副会长,北京大学硕士研究生导师,南开大学硕士研究生导师,西安外国语大学“西外学者”特聘专家,《上海翻译》杂志编委。编著本地化与翻译技术学术与实践书籍6本,出版2本行业调查报告,发表论文30余篇。主持教育部、国家语委、中国外文局、北京市外办、全国MTI教指委等项目10项。
[内容简介]
当今翻译项目呈现规模大、专业性强、质量要求高、多语种翻译特点,翻译项目成为语言服务企业运营基本形式,翻译项目管理能力成为企业竞争力之一,企业对翻译项目管理的需求不断增加。什么是项目管理?项目管理包括哪些阶段和管理要素?。如何针对翻译专业学生,讲解翻译项目管理课程?讲座将以翻译项目实践为基础,以项目管理协会的项目管理知识体系为理论架构,通过分析翻译项目管理的要素,重点是翻译项目质量管理和风险管理,结合对外经济贸易大学翻译项目管理课程实践,总结了翻译项目管理的意义、内容、学习方法,提高学生翻译项目管理意识和能力。

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  主讲人: 陈平
  主  题: 英语传播中的中国声音
  时  间: 2019-05-13 16:30
  地  点: 思源西楼610
[主讲人简介]
陈平,英语语言文学学士(1989年)、国际关系硕士(1998年)。现为《环球时报》英文版常务副主编,新闻专业高级编辑。曾任《中国日报》记者、编辑、主任编辑(1992年-2002年),2003年初起供职于2008年北京奥运会组织委员会,从事新闻宣传和媒体服务工作直至奥运会结束。2008年10月加入《环球时报》,参与创办《环球时报》英文版。中国人民大学新闻学院硕士研究生兼职导师,对外经贸大学英语学院硕士研究生职业规划导师。国际关系方面的学术兴趣主要涉及中国的周边安全、中国与大国关系、中国与朝鲜半岛国家关系、东北亚和平机制等。已发表译著《魅力攻势:看中国的软实力如何改变世界》(2014年,中央编译出版社)、《法国对美国的背叛》(2010年,中央编译出版社)等。
[内容简介]
今年是中国主流媒体加强国际传播能力建设的第十个年头,也是《环球时报》英文版创刊十周年。本次讲座将简要梳理《环球时报》英文版在过去十年在国传能力建设上的基本思路、取得的海内外影响力以及面临的挑战。在此背景下,讲座还将就英语传播中的代表案例展开介绍,如涉朝鲜半岛等敏感话题、在国内外英文报道中常见的涉及中国国家利益的专有名词表述等。

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  主讲人: Octavia Adina Dobre
  主  题: 5G and Beyond Wireless: When All Technologies Should Work Together For Good
  时  间: 2019-05-13 09:00
  地  点: SY1101
[主讲人简介]
Octavia A. Dobre is a Professor and Research Chair at Memorial University, Canada. Previously, she was with the Polytechnic Institute of Bucharest and New Jersey Institute of Technology, USA. She was a Visiting Professor with Massachusetts Institute of Technology, USA and Université de Bretagne Occidentale, France, as well as a Chair of Excellence at Universidad Carlos III of Madrid, Spain. Dr. Dobre was a Royal Society Scholar and a Fulbright Scholar. Her research interests include technologies for 5G and beyond wireless, blind signal identification and parameter estimation techniques, resource allocation, as well as optical and underwater communications. Dr. Dobre serves as the Editor-in-Chief of the IEEE Communications Letters, and was an Editor of numerous prestigious journals. She has served as General Chair, Tutorial Co-Chair, and Technical Co-Chair at various conferences. She is a member-at-large of the Board of Governors of the IEEE Communications Society, and a Fellow of the Engineering Institute of Canada. Octavia A. Dobre 是加拿大纽芬兰纪念大学的教授和研究主席。此前,她曾在布加勒斯特理工学院和美国新泽西州理工学院工作。她是美国麻省理工学院和法国西布列塔尼大学的客座教授,也是西班牙马德里卡洛斯三世大学的杰出教授。Dobre教授是英国皇家学会和富布莱特学者。她的研究兴趣包括5G及以上无线技术、盲信号识别和参数估计技术、资源分配以及光学和水下通信。Dobre教授是IEEE Communications Letters的主编,并曾担任多家知名期刊的编辑。她在各种会议上担任过大会主席、指导共同主席和技术共同主席。她是IEEE通信协会理事会的成员,也是加拿大工程研究所的研究员。
[内容简介]
With the 3GPP Release 15 on the standalone 5G New Radio out in 2018 and with Release 16 coming out this year, 5G is already a reality. While continuing to address the ever increasing demand for high data rates, ubiquitous connectivity and mobility provisioning, 5G and beyond wireless also aims to accommodate a massive number of devices with various traffic characteristics. Massive connectivity and ultra-reliable low-latency communications represent new features, which bring up major changes in the wireless ecosystem. To satisfy the wide requirements in terms of capacity per area, peak and user experienced data rate, spectral and energy efficiency, mobility, connection density, reliability and latency, innovative technologies have been explored by both industry and academia in recent years. This talk will provide an overview of 5G networks, emphasizing on the use cases, standardization timeline, and enabling technologies. Advantages and challenges of adopting different technologies, such as non-orthogonal multiple access, will be underlined. Machine-type communications will be discussed as an important driving force of future wireless networks, which allows the expansion of the wireless ecosystem to other industries like healthcare and transportation. Finally, in an attempt to answer the question “Quo vadimus,” research directions are highlighted for the dynamic and exciting field of future wireless communications. 随着5G New Radio在2018年发布3GPP第15版,以及今年即将发布的第16版,5G已经成为现实。在继续满足对高数据速率、无处不在的连接和移动性供应的日益增长的需求的同时,5G及以上无线网络还旨在容纳大量具有不同流量特征的设备。大规模的连接和超可靠的低延迟通信代表了一些新特性,这些特性带来了无线生态系统的重大变化。近年来,业界和学术界都在探索创新技术,以满足在单位面积容量、峰值和用户体验数据速率、频谱和能源效率、移动性、连接密度、可靠性和延迟方面的广泛需求。本次演讲将提供5G网络的概述,重点介绍用例、标准化时间表和支持技术。将强调采用非正交多址等不同技术的优点和挑战。机器类型的通信将被讨论为未来无线网络的一个重要驱动力,这将使无线生态系统扩展到其他行业,如医疗和交通。最后,强调了未来无线通信领域的研究方向。

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  主讲人: Prof. Youmin Zhang
  主  题: Recent Developments on Fault Detection and Diagnosis (FDD), Fault-Tolerant Control (FTC), and Fault-Tolerant Cooperative Control (FTCC) with Applications to Unmanned Transportation Systems
  时  间: 2019-05-10 10:00
  地  点: sd103
[主讲人简介]
张友民博士是加拿大康考迪亚大学机械、工业与航空工程系及康考迪亚航空设计与创新研究所终身正教授。是加拿大机械工程师学会(CSME)会士(Fellow),AIAA和IEEE高级会员。张友民教授长期从事控制理论与工程应用方面的研究与开发工作,专长于故障检测与诊断、容错控制、感知与避障、飞行器导航、制导与控制、多智能体/多运动体(空中、地面、水面、及风场)容错协同控制及其与遥感测量技术相结合进行森林防火与森林资源管理、电力巡线与监测、环境监测、以及搜救与救援等领域的研究与应用开发。张友民教授是国际上故障诊断与容错控制及无人机领域的知名学者。自1992年共发表500余篇杂志和会议论文及4本书籍。所发表的论文中有233篇论文共计被SCI他引4,961次,影响因子为37 (2019-04-21数据); 在Google Scholar被引用12,791次,影响因子为52 (h-index)和205 (i10-index)。张友民教授曾作为大会主席主持并组织了1994年中国自动化学会青年学术年会。自2013年以来多次作为大会主席、大会协主席、大会程序委员会主席,参与并组织“无人机系统国际会议”(ICUAS)、“智能无人系统国际会议”(ICIUS)及“自主无人系统国际会议” (ISAS)。目前担任ICUAS的执行委员会委员、ISAS的指导委员会委员、“智能无人系统”学会(ISIUS)的副主席。
[内容简介]
Although the concepts and developments on fault detection and diagnosis (FDD) and fault-tolerant control (FTC) have been progressively and extensively investigated worldwide since the 1970’s and 1980’s, respectively, the two recent catastrophic accidents induced by the crashes of two Boeing 737 MAX8 airplanes have highlighted again the necessity and urgency for FDD and FTC research & development and their industrial applications. On the other hand, benefited from technical advances in materials, mechatronics, communication, computation, control, sensors, actuators and new/smart designs, Unmanned Aerial Vehicles (UAVs) and other transportation vehicles on the land, on/under the water gaining more and more attention and rapid development during the last a few years due to their relatively easy and cost-effective uses in various application tasks such as surveillance, sensing, search and rescue, agriculture, forest, environment, pipelines, powerlines, military and security applications. In this talk, brief overall view on the challenges and latest developments on Guidance, Navigation, and Control (GNC) of UAVs integrating with Remote Sensing (RS) techniques for autonomous, efficient and reliable applications to forest and environment monitoring and fires/damages/risks detection will be presented first, then some of new developments and current research works being carried out at presenter’s group will be introduced as the second part of the presentation. In particular, new developments on FDD, FTC, and Fault-Tolerant Cooperative Control (FTCC) techniques towards autonomous and reliable applications to the above-mentioned tasks based on the use of UAVs and other unmanned systems. New technical developments for efficient and reliable detection of fires/damages/risks based on remotely sensed signals/images from onboard UAVs will also be presented.

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  主讲人: Yindi Jing
  主  题: MIMO and Massive MIMO: Fundamentals and Recent Results
  时  间: 2019-05-06 15:30
  地  点: 九教北307B
[主讲人简介]
Yindi Jing,加拿大阿尔伯塔大学教授。1996年毕业于中国科学技术大学少年班系,获学士学位,并分别于2000年和2004年获得美国加州理工学院硕士和博士学位。研究领域包括无线通信网络、协作认知中继通信、以及估计检测理论。截至目前,已在IEEE TWC、IEEE TSP、IEEE TCOM、IEEE JSAC等SCI杂志发表论文五十余篇,累计Google学术引用4000余次。2011至2016年,受邀担任IEEE Transactions on Wireless Communications杂志副编辑,目前担任IEEE Signal Processing Letters的领域编辑。
[内容简介]
自20世纪80年代第一代无线系统诞生以来,许多突破性技术被开发出来,以满足用户不断加速的需求,实现更高的数据速率、更高效的能源使用和无缝数据交换。 大规模多输入多输出(MIMO)系统是第五代(5G)无线通信网络以及满足不断加速的用户需求的关键概念。在MIMO系统中,基站配备了数百种低成本和低功率天线。大规模MIMO系统拥有传统MIMO系统的所有优点,但规模也要大得多。其庞大体积带来了新的设计和实施方面的挑战。本讲座介绍了MIMO和大规模MIMO的基本概念,以及最近关于大规模MIMO的一些研究成果。

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  主讲人: 刘振飞
  主  题: 阿里技术演进之路
  时  间: 2019-04-27 10:00
  地  点: 第九教学楼中心报告厅
[主讲人简介]
刘振飞先生是阿里巴巴湖畔合伙人,阿里巴巴集团党委副书记、阿里北京地区党委书记、高德集团总裁、阿里巴巴集团公益基金会理事,拥有北京科技大学计算机学士、北京大学计算机硕士和清华大学五道口金融EMBA学位。 刘振飞先生2006年5月加入阿里巴巴集团,先后负责阿里妈妈技术团队,集团技术保障团队和安全团队,2015年5月出任阿里集团首席风险官(CRO),2017年12月出任高德集团总裁。 自2017年12月担任高德集团总裁后,他力求本着大公益的思维,坚守“连接真实世界,让出行更美好”的使命,使用大数据手段,通过互联网产品的创新能力,服务百姓出行,辅助政府决策,帮助企业搭建数据平台,专业专注的做好一张“活地图”。 2018年10月1日高德地图取得了日活用户1.15亿的骄人战绩,成为全国首个日服务超过一亿用户的出行类平台。未来,他将带领团队在智能交通出行、城市大脑、无人驾驶等领域取得更多成果,服务用户、服务行业、服务国家。
[内容简介]
阐述阿里巴巴的互联网技术发展与变革之路,详解阿里巴巴在“互联网技术及安全”、“公益”及“智能交通出行”等领域的具体技术。

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  主讲人: Tony Q.S. Quek
  主  题: AI: A Networking and Communication Perspective
  时  间: 2019-04-16 10:00
  地  点: 机械楼多功能厅
[主讲人简介]
Tony Q.S. Quek received the B.E. and M.E. degrees in Electrical and Electronics Engineering from Tokyo Institute of Technology, Tokyo, Japan, respectively. At Massachusetts Institute of Technology (MIT), Cambridge, MA, he earned the Ph.D. in Electrical Engineering and Computer Science. Currently, he is a tenured Associate Professor with the Singapore University of Technology and Design (SUTD). He also serves as the Acting Head of ISTD Pillar and the Deputy Director of SUTD-ZJU IDEA. His current research topics include wireless communications and networking, security, big data processing, network intelligence, and IoT. Dr. Quek has been actively involved in organizing and chairing sessions and has served as a TPC member in numerous international conferences. He is serving as the TPC Co-Chair for IEEE ISWCS 2019 and the General Chair for IEEE ICCC 2020. He is currently an elected member of the IEEE Signal Processing Society SPCOM Technical Committee. He was an Executive Editorial Committee Member of the IEEE Transactions on Wireless Communications, an Editor of the IEEE Transactions on Communications, and an Editor of the IEEE Wireless Communications Letters. He is a co-author of the book “Small Cell Networks: Deployment, PHY Techniques, and Resource Allocation” published by Cambridge University Press in 2013 and the book “Cloud Radio Access Networks: Principles, Technologies, and Applications” by Cambridge University Press in 2016. Dr. Quek received the 2008 Philip Yeo Prize for Outstanding Achievement in Research, the IEEE Globecom 2010 Best Paper Award, the 2012 IEEE William R. Bennett Prize, the 2016 IEEE Signal Processing Society Young Author Best Paper Award, 2017 CTTC Early Achievement Award, 2017 IEEE ComSoc AP Outstanding Paper Award, and 2016-2018 Clarivate Analytics Highly Cited Researcher. He is a Distinguished Lecturer of the IEEE Communications Society and a Fellow of IEEE.
[内容简介]
Recent breakthroughs in artificial intelligence and machine learning, including deep neural networks, the availability of powerful computing platforms and big data are providing us with technologies to perform tasks that once seemed impossible. In the near future, autonomous vehicles and drones, intelligent mobile networks, and intelligent internet-of-things (IoT) will become a norm. At the heart of this technological revolution, it is clear that we will need to have artificial intelligence over a massively scalable, ultra-high capacity, ultra-low latency, and dynamic new network infrastructure. In this talk, we will provide a simple overview of AI for the perspective of networking and communications and share some interesting applications. In addition, we will also share some of our preliminary works in this area.

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  主讲人: 管晓宏
  主  题: 能源系统优化与能源革命
  时  间: 2019-04-04 10:30
  地  点: 机械楼二层学术报告厅
[主讲人简介]
管晓宏,中国科学院院士,分别于1982、1985年获清华大学自动化系学士与硕士学位,1993年获美国康涅狄格大学电机与系统工程系博士学位;1993-1995年任美国PG&E公司高级顾问工程师,1999-2000年访问哈佛大学,1995年起先后任西安交通大学教授、系统工程研究所所长、电子信息工程学院院长,1999-2009年任机械制造系统工程国家重点实验室主任;1997年获国家杰出青年基金,2000年任长江学者特聘教授;自2001年起先后任清华大学讲席教授组成员、双聘教授,2003-2008年任清华大学自动化系主任。 管晓宏院士是IEEE Fellow,目前担任IEEE Transactions on Smart Grid编辑,主要从事复杂网络化系统的经济性与安全性,电力、能源、制造系统的优化调度,资源竞标和博弈分析,网络信息安全,信息物理融合系统包括智能电网、传感器网络等领域的研究。
[内容简介]
信息物理融合能源系统是新世纪科技前沿。报告将介绍信息物理融合能源系统的经济性与安全性面临巨大挑战、信息物理融合能源系统安全节能优化、电网安全性判定的解析条件以及氢能制备与储运技术取得的重大进展等。

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  主讲人: 刘亦农
  主  题: Can we build a ladder to the moon – a nano step forward
  时  间: 2019-04-01 16:30
  地  点: 机械楼八楼大会议室
[主讲人简介]
刘亦农教授于1991年获得西澳大学(UWA)博士学位,1993年在格勒诺布尔国立综合理工学院担任澳大利亚-法国博士后研究员,1994年返回澳大利亚开始他的学术生涯。曾任西澳大学机械和化学工程学院院长、工程和数学科学学院副院长(国际)以及西澳大学副校长(国际),目前是西澳大学材料工程的Winthrop教授。曾在澳大利亚以外的几所大学担任兼职教授和荣誉教授,包括筑波大学、格勒诺布尔第一大学、鲁汶大学、哈尔滨工程大学、北京工业大学、中国石油大学和日本学术振兴会。他担任澳大利亚国家纳米工程委员会主席和澳大利亚研究理事会专家学院成员,是《形状记忆与超弹性杂志》、《功能材料快报》的副主编,以及其他三家国际期刊的编辑委员会成员。刘亦农教授主要研究领域包括形状记忆合金、高温合金、磁性材料、应用于MEMS的薄膜材料以及功能性纳米材料和合成。
[内容简介]
I read a book many years ago about why we cannot build a ladder to the moon – because we do not have strong enough materials. Nanomaterials are known to exhibit exceptional properties approaching the theoretical limits of solids. It has been a long dream of scientists to transcribe these exceptional properties into bulk forms for practical application. All efforts in the past have led to no success. This situation is commonly known as the “valley of death” in materials science. This talk presents a new strategy based on the principle of lattice strain matching and collective atomic load transfer. The strategy utilizes the martensitic phase transforming of shape memory alloy to composite with metallic nanowires, and by doing so to induce ultra-large elastic strains of 6% and to achieve ultra-high strengths of over 6 GPa in these nanowires. This is a breakthrough to the long-standing challenge of the “valley of death” in composite design. The implication of the findings, in particular the generation of ultra-large elastic strains in solids, is much more far-reaching than achieving high strength. By imposing ultra-large elastic strains to solids, thus to alter their valence electron states, it is possible to alter the many functional properties of materials, such as magnetic, electronic, superconducting, photonic, catalytic and chemical sensing characteristics. This is an emerging frontier research, known as “elastic strain engineering”. In this seminar I will also report briefly our preliminary study in superconductivity of our nanocomposites using the concept of lattice strain matching in “elastic strain engineering”.

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  主讲人: 祁忠勇
  主  题: Super-resolution Image via Hyperspectral and Multispectral Data Fusion using Big-data Convex Optimization
  时  间: 2019-03-27 15:00
  地  点: 机械楼 D202
[主讲人简介]
Chong-Yung Chi (祁忠勇) received the Ph.D. degree in Electrical Engineering from the University of Southern California, Los Angeles, California, in 1983. From 1983 to 1988, he was with the Jet Propulsion Laboratory, Pasadena, California. He has been a Professor with the Department of Electrical Engineering since 1989 and the Institute of Communications Engineering (ICE) since 1999 (also the Chairman of ICE during 2002-2005), National Tsing Hua University, Hsinchu, Taiwan. He has published more than 240 technical papers (with citations more than 4600 times by Google-Scholar), including more than 85 journal papers (mostly in IEEE Trans. Signal Processing), more than 140 peer-reviewed conference papers, 4 book chapters, and 2 books, including a new textbook (432 pages), Convex Optimization for Signal Processing and Communications from Fundamentals to Applications, CRC Press, 2017 (which has been popularly used in an invited intensive (2 or 3 weeks) short course 17 times in 9 major universities in China since 2010 before its publication). Recently, he received 2018 IEEE Signal Processing Society Best Paper Award. His current research interests include signal processing for wireless communications, convex analysis and optimization for blind source separation, biomedical and hyperspectral image analysis, and graph signal processing. Dr. Chi is a senior member of IEEE. He has been a Technical Program Committee member for many IEEE sponsored and co-sponsored workshops, symposiums and conferences on signal processing and wireless communications, including Co-organizer and General Co-chairman of 2001 IEEE Workshop on Signal Processing Advances in Wireless Communications (SPAWC), and Co-Chair of Signal Processing for Communications (SPC) Symposium, ChinaCOM 2008 & Lead Co-Chair of SPC Symposium, ChinaCOM 2009. He was an Associate Editor (AE) of IEEE Trans. Signal Processing (5/2001~4/2006, 1/2012~12/2015), IEEE Trans. Circuits and Systems II (1/2006-12/2007), IEEE Trans. Circuits and Systems I (1/2008-12/2009), AE of IEEE Signal Processing Letters (6/2006~5/2010), and a member of Editorial Board of Signal Processing (6/2005~5/2008), and an editor (7/2003~12/2005) as well as a Guest Editor (2006) of EURASIP Journal on Applied Signal Processing. He was a member of Signal Processing Theory and Methods Technical Committee (SPTM-TC) (2005-2010), a member of Signal Processing for Communications and Networking Technical Committee (SPCOM-TC) (2011-2016), and a member of Sensor Array and Multichannel Technical Committee (SAM-TC) (2013-2018), IEEE Signal Processing Society.
[内容简介]
Direct acquisition of hyperspectral and high-spatial-resolution (HSR) image data (target images) with remote-sensing sensors is expensive, while such images play an essential role in accurate identification/classification of the underlying materials in the scene of interest. In this talk, we present a newly invented convex optimization based coupled non-negative matrix factorization (CO-CNMF) algorithm to fuse two different datasets, one captured by HSR multispectral sensor and the other by low-spatial-resolution (LSR) hyperspectral sensor. With sparsity-promoting l1-norm regularization and simplex (of materials’ spectral signatures) volume-demoting regularization, this algorithm solves a large-scale bi-convex problem, by the alternating direction method of multipliers (ADMM), where two non-negative matrix factorizations are intrinsically coupled by a low-rank model of the target image, one for extracting the spectral information from the LSR hyperspectral image and the other for extracting the spatial information from the HSR multispectral image. The CO-CNMF algorithm can be shown to converge to a stationary-point solution together with a carefully designed ADMM that are practically applicable to fusion of million-scale datasets. Finally, experiments designed based on the Wald’s protocol are presented to demonstrate that the CO-CNMF algorithm yields much superior fusion performance over six benchmark super-resolution methods on ROSIS, HYDICE and AVIRIS datasets, in terms of several performance measures including peak signal-to-noise ratio (PSNR) and root mean square error (RMSE), with lower or comparable computational load. Note: The CO-NMF algorithm is detailed in the following paper: C.-H. Lin, F. Ma, Chong-Yung Chi, and C.-H. Hsieh, “A convex optimization-based coupled nonnegative matrix factorization algorithm for hyperspectral and multispectral data fusion,” IEEE Trans. Geoscience and Remote Sensing, vol. 56, no. 3, pp. 1652-1667, Mar. 2018.

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  主讲人: 陈关荣
  主  题: 求学与冶学
  时  间: 2019-03-22 15:00
  地  点: 机械楼一层多功能厅
[主讲人简介]
陈关荣教授,1981年获广州中山大学计算数学硕士学位,1987年获美国Texas A&M大学应用数学博士学位,其后在美国Rice和Houston大学任教。自2000年起,他接受香港城市大学讲座教授职位工作至今,在该校成立了“混沌与复杂网络”学术研究中心并任主任。陈关荣教授于1997年被选为IEEE Fellow,2008、2012和2016年获国家自然科学二等奖,2011年获俄罗斯圣彼得堡国立大学授予荣誉博士学位和俄罗斯欧拉基金会颁发的欧拉金质奖章,2014年获法国诺曼底大学授予的荣誉博士学位并当选为欧洲科学院院士,2015年当选为发展中国家科学院院士。
[内容简介]
本讲座基于个人四十年来在国内外读书求学以及科研教学的经历和体验,以讲述古今中外一些相关历史故事的方式,从个人的视角来论述学者求学治学的态度和方式,旨在和年轻学子们交流分享。

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  主讲人: ZHANG XU(张旭)
  主  题: 交通规划与设计的反思与前沿
  时  间: 2019-03-15 19:00
  地  点: YF406
[主讲人简介]
1983年毕业于中国科学技术大学信息学院,在硕士学习期间荣获郭沫若奖学金。1988年获英国皇家学会资助作为英国皇家学会客座研究员(Guest Research fellow)在爱丁堡大学人工智能系留学,而后获得英国科技工程研究委员会(EPSRC)基金的资助在伦敦大学大学学院(UCL)交通研究中心从事交通领域的研究工作,在英国皇家工程院院士Richard E. Allsop教授的指导下,从事了智能化交通控制、交通规划、交通仿真和交通评估等方面的深入研究,并获得博士学位。 1995至1997 英国阿特金斯 资深交通分析专家 1997至1998 英国彼得.戴伟信咨询公司, 项目经理 1998至2001 英国布坎南计算有限公司,产品经理 2001至2005 英国考林.布坎南有限公司,助理董事  2005至2007 英国梅.布朗有限公司,模型部主管 2007至2009 英国合乐集团,交通规划副董事 2010至2013 美国施威拨咨询公司, 交通模型分析领域负责人 2010至2012北京交通大学,访问教授(国家外专局“引进海外高层次文教专家) 2013至今 安徽科力信息产业有限公司(含公安部城市交通管理和集成重点实验室),首席专家(安徽省委组织部百人计划专家)
[内容简介]
内容涵盖交通规划与设计中的关键问题,包括有: 1.城市(交通)的发展阶段;2.感知与理智;3.交通工程与交通艺术;4. 规划与现实的差距;5. 交通现象与洞察;6. 供给与需求; 7. 通行与通过;8. 机动性与可达性;9. 设计速度与运行速度; 10.道路与街道;11. 交通设计与城市环境;12. 农耕文化、海洋文化,游牧文化的交通文化;13宏观、中观、微观的交通设计参差等。

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  主讲人: Chris Edward
  主  题: 大数据科学在英国的发展现状
  时  间: 2019-03-15 14:00
  地  点: 机械楼一层多功能厅
[主讲人简介]
Chris Edwards is a Postgraduate Studies Associate Dean, and the Education theme lead of the Data Science Institute at Lancaster University. For three years he has also been leading the University PGT strategy, working on improving postgraduate taught education across the four faculties that make up the University. Chris led the development of the MSc in Data Science, a multidisciplinary programme run jointly by the departments of Computing and Communications and Mathematics and Statistics, with input for specialisms from the Lancaster Environment Centre, the Lancaster Management School, and the Faculty of Health and Medicine. He is also a Senior Lecturer within the School of Computing and Communications, where he researches in the field of Computing Networking and Mobile Communications.
[内容简介]
The current development of Data Science in UK and how Lancaster University educates postgraduate students in this area. 大数据科学在英国的发展现状以及英国兰卡斯特大学在此领域如何培养硕士研究生。

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  主讲人: Dr.Pietro Tricoli
  主  题: Advanced power conversion systems for railway traction(铁路牵引先进电能变换系统)
  时  间: 2019-03-15 10:00
  地  点: 机械楼一楼
[主讲人简介]
Pietro Tricoli holds a PhD in Electrical Engineering (subsector Power Electronics, Electric Machines and Drives) from the University of Naples Federico II, Italy and he currently is Senior Lecturer in Electrical Power and Control in the School of Engineering of the University of Birmingham and member of the Birmingham Centre for Railway Research and Education (BCRRE). He has a research portfolio (£1.2M) on power electronics and power systems for rail electrification and traction supported by ESPRC, EC, Innovate UK and industry. Dr Tricoli is the head of the Power Electronics Group at BCRRE and he currently leads a team of 1 PDRF and 6 PhD students working in the areas of advanced power conversion systems and electrical energy storage for railways. He has published 29 journal articles and over 60 papers in the proceedings of international conferences, as well as one book chapter and one university textbook. Dr Tricoli is a member of IEEE, IEEE Industrial Electronics Society, Energy Institute and IET Midlands Power Group and currently serves as Deputy Editor-in-Chief of the IET journal on Renewable Power Generation and Web & Publication Chair of the IEEE International Conference on Clean Electrical Power.
[内容简介]
Electrification of the railway allows for faster, greener, more reliable train journeys, improves passenger services and supports economic growth all over the world. These are because electric trains are faster and quieter than diesel trains and have a much reduced carbon emissions. Therefore, significant investments are currently ongoing around the world to increase the level of electrification of railways. This is currently being undertaken at rolling stock level and infrastructure level. In the former, diesel trains are being replaced with a combination of hydrogen fuel cells and energy storage to allow journeys where the railways lines are not electrified. In the latter, new feeding arrangements are being considered to eliminate the problems of single-phase ac supply and low voltage dc supply. In both cases, power electronics, energy storage and new data management systems for the intelligent interconnection with the public grid will play a key role in the immediate future. The lectures shows some of the recent research advances on advanced power converters for railway traction undertaken at the University of Birmingham and a critical discussion on possible directions for future research.

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  主讲人: 汤成龙
  主  题: 喷雾与液滴动力学基础研究
  时  间: 2019-01-21 14:00
  地  点: 机械工程楼八层大会议室
[主讲人简介]
汤成龙,男,西安交通大学能源与动力工程学院教授,博士生导师,国家优秀青年基金获得者。2011年获西安交通大学动力工程及工程热物理专业博士学位后留校任教,2009年-2011年美国普林斯顿大学留学。主要从事动力装置燃烧过程化学反应流基础研究,主持国家自然科学基金3项;国防科工局重大基础预研3项;省部级项目2项;1作或通讯身份在流体力学和燃烧领域期刊J Fluid Mech,Combust Flame等发表论文50余篇H 因子25。 获国家自然科学二等奖(排4),中国内燃机学会“史绍熙人才奖”,ACS会员贡献奖,“仲英青年学者”等奖励或荣誉,任职中国宇航学会弹药安全技术专业委员会委员,亚太燃烧会议技术评审委员会委员,中国燃烧学会年会程序委员会委员等。
[内容简介]
喷雾是内燃机、航空发动机、航天发动机等动力装置混合气形成的主要手段。不同发动机喷雾特性差异巨大。喷雾场实质是受限空间大量液滴、液团或液丝等形式存在的离散液相在连续气相中的动态集合。报告首先将介绍一些喷雾的基本概念,随后介绍本课题组近期在液滴碰撞、液滴碰壁及稀疏喷雾区液滴尺寸和速度分布特性方面的研究进展,并探讨喷雾与液滴研究的挑战及未来发展趋势。

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  主讲人: 张来昌
  主  题: 金属合金的3D打印成型:微观结构,性能及相变
  时  间: 2019-01-18 10:00
  地  点: 机械工程楼八层大会议室
[主讲人简介]
张来昌,教授,博士生导师;毕业于中国科学院金属研究所,德国“洪堡”学者,现任澳大利亚埃迪斯·科文大学教授及机械工程学科负责人,澳大利亚研究理事会(ARC)项目评审专家和澳大利亚合作研究中心(CRC)项目评审专家。长期从事新型金属结构材料、金属基生物材料与复合材料、纳米晶与金属玻璃的制备、结构和性能研究,以及金属增材制造尤其是新型钛合金的制备加工和性能的研究,已主持和参加澳大利亚研究理事会项目等研究项目20余项。迄今为止,其H指数为41,已出版英文专著2部、书籍章节17章,发表在Advanced Materials(影响因子21.95)、Advanced Functional Materials(影响因子13.32)、Acta Materialia(影响因子6.036)、Scripta Materialia (影响因子4.163)等国际著名学术期刊发表SCI论文180余篇,其中先后有15篇学术文章被评为ESI“热点文章”、ESI“高被引用文章”。在国际学术会议作报告50余次,其中被国际会议邀作大会报告和邀请口头报告10余次。已邀撰写关于选择性激光熔化钛合金和电子束熔融钛合金的综述文章各一篇,担任Advanced Engineering Materials、Metals、Materials Science and Technology、Journal of Chemical Engineering & Materials Science等学报编委。
[内容简介]
增材制造技术由于在加工过程中不需要加工模具及后续的加工工艺,从而可高效地近净形加工复杂的零部件。最近几年增材制造技术已成为研究热点。钛及钛合金由于其优异的机械性能和抗腐蚀性能被广泛应用于航空航天、生物医学和化工领域。由于其传统制备过程中往往耗时耗能和存在很大的原材料浪费,故其加工成本很高。本报告报道了增材制造技术(选择性激光熔融、电子束熔融技术)在医用钛合金及其复合材料的应用,研究了适用于医用钛合金组件的设计、不同工艺参数对致密度、微观结构和机械性能及腐蚀性能的影响。同时,亦利用选择性激光熔融加热引起的相变制备钛合金原位纳米复合材料。

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  主讲人: 颜世豪
  主  题: Gaussian Signalling for Covert Communications
  时  间: 2019-01-10 14:00
  地  点: 机械楼D202
[主讲人简介]
颜世豪分别于2009年和2012年在山东大学信息科学与工程学院取得通信工程本科学位和通信与信息系统硕士学位,于2015年在澳大利亚新南威尔士大学电子工程与通信学院取得电子工程博士学位;2015年8月至2018年1月,在澳大利亚国立大学工程研究院做博士后;2018年1月至今,在澳大利亚麦考瑞大学工程学院做博士后研究员。主要从事无线通信安全方面的研究,包括隐蔽通信、位置信息验证、及物理层安全。到目前为止在通信领域国际顶级期刊发表期刊论文30余篇,其中IEEE高引用论文一篇,第一作者期刊论文12篇。在通信领域国际顶级会议如IEEE ICC、IEEE GLOBECOM发表论文25篇。另外发表书目章节一篇。目前担任IEEE Access编辑,同时担任过IEEE GLOBECOM 2018物理层安全方向的分会主席,IEEE VTC智能交通方向的分会主席成员,IEEE 澳洲首都特区学生分会主席,以及通信领域国际顶级期刊与会议的审稿人。
[内容简介]
这项工作在Rician衰落信道的实际设置中提出并检查车载Ad Hoc网络(VANET)的位置验证系统(LVS)。在所研究的LVS中,配备有多个天线的单个授权基站(BS)旨在检测欺骗其声称的位置的恶意车辆。研究首先确定恶意车辆的最佳攻击策略,进而分析最佳LVS性能作为BS与合法车辆之间的信道的Rician K因子的函数。我们的分析还允许我们正式证明LVS性能限制独立于BS与恶意车辆之间的通道属性,前提是恶意车辆的天线数量高于指定值。我们还研究了车辆上的跟踪信息如何定量地改善LVS的检测性能,显示在假设随机选择跟踪长度的情况下如何获得最佳性能。此处介绍的工作可以很容易地扩展到多个BS场景,因此构成了Rician衰落信道环境中所有最佳位置认证方案的基础。我们的研究弥补了当前对VANET环境中LVS性能理解的重要差距,并且对IEEE 1609.2中的证书撤销方案具有实用价值。