NYURay: A 3D mmWave and Sub-THz Ray Tracer - Demo - 2021 B6GS PoorNot so pooraveragegoodvery good Save 10 views Download Download IEEE.tv is made possible by the Members of IEEE. This feature is accessible to IEEE Members only, with an IEEE Account. If you are an IEEE Member please sign in to enable this feature. In addition to exclusive access to IEEE.tv programming, IEEE members have file download, and can save favorite videos with myTV. Discover all the benefits of IEEE membership! Belong to the world's largest technical proffecional society Join / Renew Today Share Embed Static Responsive <iframe src="//ieeetv.ieee.org/player/embed_play/222816/auto" allowfullscreen frameborder="0" scrolling="no" width="100%"></iframe> Size: x <iframe src="//ieeetv.ieee.org/player/embed_play/222816/auto" allowfullscreen frameborder="0" scrolling="no" width="760" height="430" ></iframe> Copy Close IEEE Communications Society NYU PhD Student Ojas Kanhere presents building maps to predict the power, angle, and time of flight of signals arriving at receivers from transmitters. October 26, 2021 Advertisment Next Up 00:11:43 6G Tech talk: Future 6G Needs & Desires - Dan Bliss - 2021 B6GS> 00:09:21 6G Tech Talk: Why Do We Need 6G? Frank Fitzek - 2021 B6GS> 00:12:22 6G Tech Talk: Moving to Frequencies Above 100 GHz - Ted Rappaport - 2021 B6GS> 00:12:14 Shaping Up 6G: Research in China - Guangyi Liu - 2021 B6GS> 00:09:15 Shaping Up 6G: Research in Japan - Takehiro Nakamura - 2021 B6GS> 00:09:37 Shaping Up 6G: Research in Europe - Colin Willcock - 2021 B6GS> Advertisment
NYURay: A 3D mmWave and Sub-THz Ray Tracer - Demo - 2021 B6GS PoorNot so pooraveragegoodvery good Save 10 views Download Download IEEE.tv is made possible by the Members of IEEE. This feature is accessible to IEEE Members only, with an IEEE Account. If you are an IEEE Member please sign in to enable this feature. In addition to exclusive access to IEEE.tv programming, IEEE members have file download, and can save favorite videos with myTV. Discover all the benefits of IEEE membership! Belong to the world's largest technical proffecional society Join / Renew Today Share Embed Static Responsive <iframe src="//ieeetv.ieee.org/player/embed_play/222816/auto" allowfullscreen frameborder="0" scrolling="no" width="100%"></iframe> Size: x <iframe src="//ieeetv.ieee.org/player/embed_play/222816/auto" allowfullscreen frameborder="0" scrolling="no" width="760" height="430" ></iframe> Copy Close IEEE Communications Society NYU PhD Student Ojas Kanhere presents building maps to predict the power, angle, and time of flight of signals arriving at receivers from transmitters. October 26, 2021
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