Education:
University of Delaware Newark, DE
M.S. candidate in Computer Engineering Expected 05/2009
Chinese Academy of Sciences Beijing, China
M.S. in Electrical Engineering 09/2004 ~ 07/2007
Qingdao University Qingdao, China
B.S. in Electronic and Information Sciences 09/2000 ~ 07/2004
Experiences:
Intern At ARSC(Arctic Region Supercomputing Center)，AK 06/2008 ~ 08/2008
- Evaluated and improved the performance of Level 3 CUBLAS , successfully achieved 160~220 (GFLOPS) on GPUs(Geforce 9800 Gx2)[Result.pdf][Reference.pdf]
- Compared BLAS and FFT performance based on CUDA APIs and FFTW/gotoBLAS
- Compared the performance benchmarking between the single-GPU, multi-GPUs, SUN Midnight cluster
- Examined the efficiency and productivity by calling CUDA from Python
- Simulated an Ocean heightfield and weather forcast using CUFFT and rendered the result by OpenGL
Intern at DESY(Deutsches Elektronen-Synchrotron), Hamburg, Germany 12/2006 ~ 01/2007
- Worked for the image signal processing and beam diagnostic on the Tesla Free Electron Laser
- Simulated beam distribution in the 3-D cavity, light density from the 2-D linear image processor array
Trainee in SUN Corporation, Beijing, China 01/2006 ~ 02/2006
- SUN Microsystems Certified System Administrator, level I and II (Solaris operating environment.8 SA288)
Intern at Nortel Corporation, Beijing, China 06/2004 ~ 08/2004
- Participated to design the Nortel UMTS network and the parameters for the interface protocol: Iu, Iur, Iub, RANAP, MTP3B, etc
Intern at China Telecom Tai’an Branch, Shandong, China 07/2003 ~ 09/2003
- Debugged the broad-band network which provided the access of new buildings in Tai'an city
Skills:
Programming: C, CUDA, Python, Java, Matlab, HTML, SQL, OpenMP，JavaScript
Operating System: Linux, Solaris, MS Windows, Mac
Software and tool: Matlab, GCC, NVCC, Mathematica, OpenGL, Subversion, Netbeans, MySQL, DreamWeaver，
Pamela, SAS, Rational Rose, TCL, Photoshop, FLUENT, Exceed, Gambit, Poisson Superfish,
Research:
Application Optimization and Parallel Programming on Multi-core processors 12/2007 ~ Present
- Parallel the bzip2(SPEC2006) by paralleling BWT(Burrows-Wheeler Transformation) algorithm into CUDA code, achieve speedup of 6~9[Result.pdf] on nVidia GPU(Geforce 8800）
- Improve the Java Grande Benchmarks performance by using JNI and CUDA to run Java and CUDA code on GPU
- Obtain the first experience with the Open64 compiler, study the Local Register Allocation (LRA) algorithm
- Successfully parallel the SVM-RFE(Support Vector Machine--Recursive Feature Elimination) benchmark on Intel Quad-core systems accelerated with GPUs[Report.pdf]
- Compile the nVidia CUDA SDK - Graphics benchmarks (simple openGL etc)
- Compile a large set of particles and their physical interaction with the openGL rendering based on CUDA-SDK
Web Site and Application Developer 09/2007~present
- Create web sites templates, including site architecture, graphics design, HTML and CSS coding, etc
- Using Adobe Dream weaver, Adobe Flash CS3, CSS, JavaScript for producing and managing interactive blog
- Hands-on experience for developing database-driven dynamic web applications using PHP and MySQL
- Edited and exported Digital Versatile Disk (DVD) using Microsoft Movie Maker
- Designed Computer Based Training Modules for conference and courses using Photoshop, Flash, and Action Script
Stochastic Processing course project 09/2008~12/2008
- Used discrete and continuous time Markov Chains to model the barbershop, coupon collecting, and geological dating, etc
- Meshed the 3-D inlet boundary condition with Gatbit 2.3.16 for the heat transfer simulation by using FLUENT 6.3.2[Diagram]
- Used passion distribution for modeling the randomly cutting of the molecular segments
Compressive Sensing and Hyper-spectrum Imaging Processing 09/2007 ~ 12/2007
- Mapped the Hyper-spectrum Imaging compression into the compressive sensing architecture,finished 256×256 pixel size image reconstruction with passive illumination
- Used Matlab and C language to simulate the experiment results about comparing Gaussian weighted Walsh-Hadamard transform
Solar Alignment Software Design 09/2007 ~ 12/2007
- Expressed the new idea of polar alignment, used C language to compile the new Polar-Time Calculator software, verified its accuracy in mathematical deduction[Calculator]
- Gave the new theoretical design about how to increase the efficiency to transfer the solar energy and use less panels, proved it cost less for the residents
- System training for the clean room (Raith50 e-beam lithography system, F-ICP, PE-CVD, Evaporator, Polisher etc)
Beam Diagnostic System and Control system upgrade for BFEL（Beijing Free Electron Laser） 08/2005 ~ 07/2007
- Finished 2-D and 3-D microwave simulation for microwave deflection cavity with openGL rendering (1.5GHz cavities)
- Designed high performance CCD camera system and conducted research on ultra-fast signal and image processing
- Successfully realized the information exchange between PLC and EPICS by adopting Ethernet/IP Protocol [PLC Control Panel]
Designed simple gobang game by using Java, and finished the Figure-Print project using Machine Learning 10/2004
- Used the Kohonen model to learn input figure-prints in the database by three Edge-Testers to figure out the target person
Publications:
Published:
Ying Yu, Kehu Yang, Jianping Dai, “CCD Camera System designing for the OTR Beam Measurement” ,Vol. 32, No. 1, Jan., 2008,High Energy and Nuclear Physics.
Ying Yu, Jianping Dai, “FEL Energy Calculation of BFEL Facility”, Vol. 19, No.5, 2007, Intense Laser and Particle Beam
Yi Zou, Jian Zhuang, Xueping Yang, Ying Yu, Jianping Dai, “Application of PLC in EPICS control system for BFEL”,Vol. 30,No.3, 2007,High Power Laser And Particle Beams
Accepted in Press:
Ying Yu, “Using the Kohonen Arithmetic to make the Fingerprint Identification”, Sensor Technology
Ying Yu, Jianping Dai, “Preliminary Study Of Ultra-Short Bunch Length Measurement”, Journal of Qingdao University
Know Me More: Personal
