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英国玛丽女王学院招收公派博士生信息

ZhangZhenRen
2009/5/20镜像同步0 回复
英国玛丽女王学院--国家留学基金委项目招收公派博士生信息 各位同学: 为配合国家建设高水平大学公派研究生项目的实施,我校与友好院校英国玛丽女王学院 于2008年达成博士生培养合作意向。该校向我校提供免学费攻读博士学位的机会,以支 持我校的优秀学生申请国家留学基金委的公派项目。2009年秋季入学名额目前还有2名。 2007年我校有1名同学通过公派赴玛丽女王攻读博士学位,2008年我校有4名同学通过公 派赴玛丽女王攻读博士学位。 国际处 2009年5月20日 申请: 1.请根据玛丽女王学院的要求准备申请材料,于5月22日直接发给Prof. Cuthbert: lau rie.cuthbert@elec.qmul.ac.uk http://www.elec.qmul.ac.uk/study/phd/res-stud.htm 2.同时,请将以下信息于5月22日前发至国际处汤老师 joytang@bupt.edu.cn,以安排面 试。 General information: http://www.elec.qmul.ac.uk/research/index.html http://www.elec.qmul.ac.uk/study/phd/index.html 可申请领域及教授: Antenna and Electromagnetics Group Professor Clive Parini: heads the Antenna and Electromagnetics Group. Resear ch topics including array mutual coupling, array beam forming, wideband arra ys, antenna metrology, microstrip antennas, millimetrewave compact antenna t est ranges, millimetrewave integrated antennas, metamaterials for microwave & millimetrewave antennas, smart basestation antennas, TeraHertz antennas, o n-body and in-body communications. Dr Rob Donnan: research interests are: 穞abGaussian beam optics 穞abOptical metrology 穞abTHz spectrometry of proteins 穞abTHz magneto-optical analysis of ferrites 穞abQuasi-optical methods for generation of high-power THz energy. Professor Xiaodong Chen: research interests : 穞abMicrowave devices and antennas: covering microwave generators, UWB anten nas and MIMO antennas, antenna arrays, and quasi-optical systems; 穞abWireless communications: covering UWB communication and MIMO systems; 穞abBioelectromagnetics: covering RF medical imaging and RF cancer treatment s. Networks Group Professor Laurie Cuthbert: leads the Networks group. Research interests incl ude: 穞abWireless networks: relay, mesh and ad hoc 穞abRadio resource management (MAC layer, scheduling, routing, handover, QoS ) 穞abIntelligent control of networks 穞abEnvironmental impact of networks John Bigham: researches in the areas of 穞abResource-management in wireless-networks through cooperative control of the physical layer and security, particularly application level security. 穞abCo-operative and distributed control of wireless 穞abCo-operative shaping of antenna patterns in wireless 穞abSecurity, where he currently is the principal investigator of a European project on Secure and Robust Message Oriented Middleware Chris Phillips: research interests are focused on communication networks. 穞abMeshed multi-processor body area networks for movement mapping for patie nt rehabilitation through cooperative self-aware wireless sensor networks, u sing pseudo-chemical diffusion gradients to influence a sensor unit’s curre nt role 穞abWide-area Automatically-Switched Optical Networks (ASON) activity includ es intelligent connection management with proactive selective redeployment a nd the appropriate provisioning of backup paths for resilience. 穞abMachine learning for making traffic demand predictions and assessing the degree of confidence that can be placed upon them. 穞abSystematic dynamic energy-management of communication networks, where de vices collaborate to maintain services whilst agreeing to alter their physic al behaviour such as powering down part of a switch fabric, altering the mod ulation speed of laser diodes or placing certain router ports into sleep mod e behaviour such as powering down part of a switch fabric, altering the modu lation speed of laser diodes Eliane Bodanese: 穞abMiddleware development for distributed systems 穞abQuality of Service (QoS) provisioning in cellular and ad hoc networks 穞abIntelligent control and management for wireless environments 穞abWireless sensor networks. John Schormans: main interests currently include: 穞abAnalysis of packet level queueing to assess delay and loss performance i n all packet broadband networks. 穞abSimulation and accelerated simulation for broadband networks, including mobile and ad-hoc scenarios. 穞abMeasurement of packet level performance, including a) studies of the lim its of measurement accuracy and b) interdisciplinary work with Statisticians in the Maths Dept at QMUL focused on optimal design of measurement techniqu es. ---------------------------------------------------------------------------- ----
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