Secure time synchronization proposal recommended for funding by NSF
Video game developed for connected vehicle research
Our group has developed a video game platform which can emulate “real-world” behaviors of connected cars. The platform can create accurate data for minimal-damage control in unavoidable crash situations as well as data for cooperative, crash avoidance applications. It can provide evaluation tool for cooperative control strategies, communication strategies, fuel saving strategies, and various scheduling strategies.
Clock synchronization strategy adopted by industry
Our biologically inspired clock synchronization strategy has been deployed by an industrial partner BioMimetic Systems to an actual acoustic event localization system! Testing results show that our synchronization strategy outperforms the current state of the art!
Secure and privacy-preserving control proposal recommended for funding by NSF
Secure time synchronization proposal recommended for funding by NSF
Video game developed for connected vehicle research
Our group has developed a video game platform which can emulate “real-world” behaviors of connected cars. The platform can create accurate data for minimal-damage control in unavoidable crash situations as well as data for cooperative, crash avoidance applications. It can provide evaluation tool for cooperative control strategies, communication strategies, fuel saving strategies, and various scheduling strategies.
Clock synchronization strategy adopted by industry
Our biologically inspired clock synchronization strategy has been deployed by an industrial partner BioMimetic Systems to an actual acoustic event localization system! Testing results show that our synchronization strategy outperforms the current state of the art!
Secure and privacy-preserving control proposal recommended for funding by NSF