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 8~16 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