• Increased performance of Total Variation regularized Richardson Lucy algorithm using C++ and CUDA by a factor of 120• Developed an autofocus/multi-height super-resolution bio-imaging program using C++ and CUDA, achieved 60x speedup compared to MATLAB• Programmed in C++ a circular water pathogen detection program based on Hough transform and sped (10x compared to OpenCV implementation) up using CUDA• Implemented GUI (QT based) for the programs developed, allowing user to more conveniently perform and monitor the imaging/reconstruction process• Assembled Linux cluster and programmed in MPI to further speedup the program• Trained 3 team members in CUDA

• Independently developed Ddiaper – an Android app which communicates through Bluetooth with an embedded wearable module to closely monitor babies’ urination status• Programmed in Python a software with GUI that control through RS232 a Hitachi RX-S inkjet printer, along with an automation machine, to print customized product bar/QR code for RFID label products

• Implemented and sped up algorithm using ARM NEON engine/CUDA, which increased the performance of the bundle adjustment (BA) based indoor localization engine developed by the group• Sped up image feature algorithm (Sobel, ORB, SIFT) using ARM NEON engine /OpenCL/CUDA (4~5x faster compared to highly optimized OpenCV code)• Committed GUI module code to Google’s indoor localization framework to improve next generation’s image capturing process• Ported a high performance linear algebra library – CLAPACK to Android platform

• Programmed in C++ an automation equipment for performance test of RFID inlays and tags• Programmed in C++ a RFID testing software along with MS MFC based GUI to read, write and encode RFID cards and tags of NFC standard• Assisted customers who needed to have a deeper understanding of the software and RFID chip encoding mechanism • Demonstrated the functionality of machine at Asia Smart Card and RFID Technologies Exhibition & Trade Show (RFID Expo)