I graduated from Dalian University of Technology in 2019 July. My major is computer science and technology(Intensive Japanese).
My major is set into 5 years. In the fourth year, I went to the University of Tokyo as an exchange student. I studied and did research in Aizawa Yamsaki Lab for a whole year. I submitted a paper and did a poster presentation about Depression Classifier in MIRU2018.
I love math, programming and Japanese. I finished many interesting programming projects such as Tetris Game, Life Game and Huffman Encoder. I continued practicing Japenese in the morning and evening for three years. I also have my own Japanese radio program in the university. Besides these, out of the interest in elctronic hardware, I attended many electronic design contests. For these contests, I learned to use Altium Designer and Keil51 in my free time. I designed and made things like mini amplifier. I also like to learn by myslef. I finished Coursera Deep Learning Series Course and got certificates.
Outside of academics and works, I also enjoy playing soccer. When I was a teenager, I used to be a professional soccer player. I attended many games held in Liaoning Province. And the best record of my team got was silver medal in Liaoning Province. Although I am not a professional soccer player anymore, the sports sprit has greatly shaped me.Languages: English, 中文, 日本語
Jan 2019 - April 2019
I developed this system with Qt and C++. I achieved the communication part with socket. I designed Client and Sever part of this program. It provides multiple shapes for users to use. It could help users to collaborate. The Client part could allow users to write, edit at the same time. It also provides chating part here. This system could be used in meeting and classroom.
April 2018 - July 2018
I preprossed the data and got relative pure and confidential audio data. Then I transfered audios into spectrograms to get information and extract features from it. After that I optimized a Depression Classifer Model which was basically set with VGG19 structure. It improved recall scores by over 15%, and got better result at ROC curve and F1 scores either. I submitted a paper and did a poster presentation about this reasearch in MIRU2018.
I wrote a colored Tetris Game with different levels, as the level goes higher, the blocks will fall faster. I also refined a ICA project that could separate a song mixed by Turkish march and To Alice as well as an image formed by the overlap of Lena and Elina withouth using FastICA tools.
With the knowledge of usage of 51 single-chip microcomputer, I completed the design of an electronic intelligent car, with differential control system. After assembling the car, I wrote C codes and burn the program into the car to control its operation. Having refined it over and over, finally, we got the second place in the car race (2/63).
December 2016, 2015 and 2014
In 2014 and 2015 contest, I designed and tuned a mini amplifer that could amplify music. In 2016 contest, I co-worked a smart flower pot which could automatically water itself and turn to sun. Our smart pot won first prize in 2016 TI Cup among 150 teams(Top 10%).
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