Teaching Experience
| Fall 2014 | Teaching Assistant | EECS 307 Communications Systems |
| Fall 2014 | Teaching Assistant | EA 1 Engineering Analysis |
| Spring 2014 | Teaching Assistant | EECS 302 Probabilistic Systems and Random Signals |
| Fall 2014 | Teaching Assistant | EECS 307 Communications Systems |
| Fall 2014 | Teaching Assistant | EA 1 Engineering Analysis |
| Spring 2014 | Teaching Assistant | EECS 302 Probabilistic Systems and Random Signals |
| Summer Research Intern, Nokia Networks, Arlington Heights, IL. | Jun. 2014---Sep. 2014 | |
| Project: LTE and WiFi coexistence in unlicensed spectrum. | ||
| Supervisors: Dr. Rapeepat Ratasuk and Dr. Amitava Ghosh | ||
| • Developed a WiFi simulator and investigated the coexistence between LTE in unlicensed spectrum (LTE-U) and WiFi. | ||
| • Established a coexistence model and theoretically analyzed the downlink throughput of LTE-U and WiFi systems. | ||
| • Proposed and designed a coexistence-aware channel selection algorithm for LTE-U. | ||
| Summer Research Intern, Huawei Technologies , Rolling Meadows, IL. | Jun. 2013---Sep. 2013 | |
| Project: WiFi integration with LTE cellular networks in data offloading. | ||
| Supervisors: Dr. Lukasz Krzymien, Dr. Jialing Liu and Dr. Weimin Xiao | ||
| • Established a theoretical model and analyzed the uplink capacity of WiFi network. | ||
| • Refined the WiFi simulator and did extenseive simulations to validate the theoretical model. | ||
| Wildcats Team Member, DARPA Spectrum Challenge Competition. | Jan. 2014 - Mar. 2014 | |
| • Participated in developing radio protocols and strategies capable of communicating in the presence of other users and interfering signals. | ||
| • Collaborated with teammates on signal to noise ration (SNR) estimator design, implementation and measurement using software defined radio in the ORBIT test bed. | ||
| • Advanced to the finals (top 15). | ||
| Research Team Leader, Internet Technology & Engineering R&D Center, HUST. | Mar. 2009 - Jun. 2011 | • Led a research team focusing on wireless network coding. |
| • Got supported by grants from Ministry of Education of China and HUST. | ||
| • Proposed a novel scheduling algorithm to extend analog network coding to wireless information exchange. | ||