IEEE VTS

Thanks to the spectacular advances in signal processing and nano-technology, five wireless generations have been conceived over the past five decades. Indeed, near-capacity operation at an infinitesimally low error-rate has become feasible and flawless multimedia communications is supported in areas of high traffic-density, but how do we fill the huge coverage holes existing across the globe?

IEEE-Affiliated Group Name: IEEE VTS

URL: https://resourcecenter.vts.ieee.org/education/webinars/vts_ed_web_hanzo_030325

This talk offers a unified perspective on how diverse AI methods can underpin the development of future smart sensing, communication, and transport systems by organizing its capabilities into an ecosystem of techniques with six complementary roles, each illustrated through representative research. Together, they show how data-driven AI methods can enhance the system’s performance, reliability, and autonomy across diverse applications in dynamic environments. The talk concludes with a discussion

IEEE-Affiliated Group Name: IEEE VTS

URL: https://resourcecenter.vts.ieee.org/education/webinars/vts_edu_web_seet_011326