Software Engineer Intern, Samsung Electronics. 2013/3–2013/6
Responsible for the functionality of barcode recognition, error correction and decoding.
- Apply Image Processing algorithms to achieve barcode binarization, locate, rectify and read off bits;
- Use Reed Solomon algorithm to detect and correct errors;
- Speed up the decoding process by 20% over Zxing.
- Apply Image Processing algorithms to achieve barcode binarization, locate, rectify and read off bits;
- Use Reed Solomon algorithm to detect and correct errors;
- Speed up the decoding process by 20% over Zxing.
Software Engineer Intern, Alibaba Inc. 2013/9–2013/12
Participated in the development of Taobao Mobile Assistant Client.
- Responsible of the Feedback module, software packaging, etc.;
- Fix bugs based on windbg dump files;
- Utilized Duilib, Poco, sqlite, etc.
- Responsible of the Feedback module, software packaging, etc.;
- Fix bugs based on windbg dump files;
- Utilized Duilib, Poco, sqlite, etc.
Algorithm Engineer, Institute of Computing Technology, CAS. 2012–2013
Automatic Image Salient Region Detection System (NFSC Project).
Responsible for the algorithm design and engineering realization of the whole project.
- Achieves 7% higher performance over CVPR2012 and average F-measure of 88%;
-- Apply texture suppression and superpixel segmentation to preprocess the images;
-- Saliency of superpixels are defined as KNN distances with background;
- One paper[1] published on International Conference on Image Processing (ICIP2013).
Responsible for the algorithm design and engineering realization of the whole project.
- Achieves 7% higher performance over CVPR2012 and average F-measure of 88%;
-- Apply texture suppression and superpixel segmentation to preprocess the images;
-- Saliency of superpixels are defined as KNN distances with background;
- One paper[1] published on International Conference on Image Processing (ICIP2013).
