SAM TC Webinar: Yanning Shen
Date: June 24, 2022 Time: 12:00 PM ET (New York Time) Title: Fairness-aware Learning Over Networks Registration | Full webinar details
Read moreSAM TC Webinar
SAM TC Webinar: Waheed U. Bajwa
Date: May 19, 2022 Time: 10:00 AM ET (New York Time) Title: Scalable Algorithms for Distributed Principal Component Analysis Registration | …
Read moreIFS TC Webinar: Dr. Richard Heusdens
Date: June 29, 2022 Time: 4:00 PM (Amsterdam, The Netherlands Time) Title: Communication Efficient Privacy-Preserving Distributed Optimization…
Read moreBISP TC Webinar: Dr. Baiying Lei
Date: June 7, 2022 Time: 12:00 PM (Central European Time (CET)) Title: Multi-Modal and Multi-Time Neuro-Imaging earning for Brain Disease Analysis…
Read moreIFS TC Webinar: Dr. Pavel Korshunov
Date: June 8, 2022 Time: 4:00 PM (Amsterdam, The Netherlands Time) Title: Deepfake Detection: Humans vs. Machines Registration | Full…
Read moreSAM TC Webinar: Maria Sabrina Greco
Date: April 20, 2022 Time: 9:00 AM ET (New York Time) Title: Cognitive Radar Systems: the road to reality Registration | Full webinar…
Read moreSAM TC Webinar: Dr. Yuejie Chi
Date: December 9, 2021 Time: 11:00 AM ET (New York Time) Title: Scaling and Scalability: Accelerating Ill-conditioned Low-rank Estimation via Scaled…
Read moreIFS TC Webinar: Dr. Teddy Furon
Date: December 8, 2021 Time: 08:20 AM ET (New York Time) Title: Is Machine Learning Security IFS-Business as Usual? Registration | Full…
Read moreSAM TC Webinar: Dr. Sundeep Rangan
Date: January 27, 2022 Time: 10:00 AM ET (New York Time) Title: Signal Processing for THz Communications Registration | Full webinar details
Read moreIEEE SPS SAM TC Webinar: 24 February 2022, by Dr. Sundeep Prabhakar Chepuri
Millimeter wave (mmWave) multiple-input multiple-output (MIMO) systems have become very popular for sensing and wireless communications beyond 5G. While the abundant spectrum available at the mmWave frequency bands enables higher cellular data rates and precise positioning, links at mmWave frequencies are very sensitive to blockages and have significantly higher path loss.
