Molecular Communication and Protocols (Current) | SyNRG, UIUC
- Build a table-top testbed using NaCl solution and electrical conductivity reader that sends information through the concentration of NaCl;
- Propose a decoder for On-Off Keying (OOK) that addresses two molecular channel challenges, i.e. non-causal channel and short coherent time;
- Propose a multiple access scheme based on CDMA for better scalability, throughput and fairness in a multi-Tx single-Rx network, which addresses three molecular channel challenges, i.e. non-negative signal, lack of synchronization and high inter-symbol interference (ISI).
MAC Protocols for mmWave Networks | SyNRG, UIUC
- Design a MAC protocal which employs spacial sharing and allows multiple links to communicate at the same time without interfering;
- Simulate a mmWave WLAN network running the protocol in NS-3;
- Deploy a testbed with commercial mmWave equipments.
Passive Eavesdropper Detection | SyNRG, UIUC
- Separate eavesdropper leakage from normal packets;
- Build a test bed with USRP as detector and USRP/Wi-Fi cards as eavesdropper.
Driving Simulator with Virtual Reality | USTC
- Design a driving simulator for virtual reality equipment.
Wireless Communication via Visible Light | USTC
- Build a short-distance wireless communication system on STM32 with LED;
- Deliver both audio signals and digital files.