Projects

Jan 2016 – May 2016

Leader of team of five

Designed a dynamic website using PHP, JavaScript
Developed and maintained a database with MySQL
Implemented three prediction algorithms and two prediction indicators using PHP and Matlab

Jan 2016 – May 2016

Team of two

Implemented three algorithms: Perceptron, Naïve Bayes and Margin-Infused Relaxed Algorithm
Designed “adjacent-based” extractor for faces and Implemented multi-zoning extractor for digits
Developed the system with Python

Jan 2015 – June 2015

Designed a new algorithm for indoor localization, robust enough for most emergency situations, based on one of the cheapest, stable and popular indoor localization technologies – RFID two direction chips
Proposed a new flexible system structure, which can be extended to unlimited range without overwhelming calculation
Created a system that is able to work with any kind of web server application or platform to provide more convenient feature in emergencies

Mar 2014 – Sep 2014

Leader of team of three

Deployed a WEB server pushing messages and information according the location of the terminal
Ascertained the hardware solution, employed Texas Instruments’ CC2541chip; projected the placement of Bluetooth beacon
Performed programming (java language) on Android system to obtain the needed information, to calculate its location with triangulation algorithm or point positioning algorithm and to request different information from the server

Mar 2014 – Oct 2014

Leader of team of seven

Designed the circuit diagram with the combination of C51 single-chip machine and LED driver circuit; controlled the mixing proportion of red, green and blue by PWM; simulated the shades with the needed wavelength by RGB
Programmed a C software to set the built-in timer of C51 single-chip microcomputer to send the interrupt signal after time-up and to control the IO interface to output PWM wave according to the required ratio