JMA Wireless, a global leader in wireless communications, announced a three-year research partnership to deliver true ultra-reliable low-latency (URLLC) wireless service with Muriel Médard, NEC Professor of Software Science and Engineering at the Massachusetts Institute of Technology (MIT) and a leading voice in reliable network communications.
Historically, the industry has traded performance to achieve reliability – making wireless URLLC impossible. MIT and JMA are working to make URLLC a reality without sacrificing performance – delivering wirelessly what could previously only be done with a hard-wired connection.
The collaboration will focus on two critical research areas. The first is how to deliver ultra-reliable low-latency wireless service to make mission-critical applications. Médard and JMA also will research how to make wireless networks greener and more efficient without sacrificing performance.
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While smart applications such as autonomous driving are promising in their ability to change lives for the better, their adoption has been limited due to a lack of reliability. Professor Médard’s research has created techniques that simultaneously improve reliability and reduce latency.
“Together with JMA, we will drastically reduce the types of legacy inefficiencies that currently stymie URLLC,” said Professor Médard. “These lead not only to delays, but also to wasteful energy consumption through needless retransmissions and palliative measures such as over-use of bandwidth. We are teaming up with JMA’s unique expertise in radio networks to apply network coding in a 5G standard-compatible way, also opening the way for 6G innovation in the area.”
“Nearly seven out of ten 6G patents belong to countries other than the U.S.,” said Joe Constantine, JMA’s Chief Technology and Strategy Officer. “With Professor Médard, we are working to advance critical R&D right here in the U.S. with one of the greatest minds in our field, as we restore wireless leadership to this country and control our technology future.”
SOURCE: PRNewswire