Blog(4)

• A Beam Scheduling Scheme Based on Real-Time Traffic Distribution in 5G Millimeter-Wave Networks

  In 5G Millimeter-Wave (mmWave) networks, Base Station(BS) uses lots of narrow beams for coverage. Due to the limited ability of hardware, BS is only able to select a few beams for scheduling per slot. In outfield scenarios, the moving User Equipments (UEs) and different kinds of traffic lead to dynamic and uneven traffic distribution in beams.

• The Era of 5G, and Standardization of Human Exposure to Electromagnetic Fields​

  Advent of mmWave 5G communications & regulations for human exposure

• mmWave 5G: Past, Present and Future

  In April 2020, Samsung Networks announced it achieved the industry’s fastest 5G download speed of 8.5 Gbps across multiple devices [1].

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Publications(15)

• Deep Learning-based Proactive Handover for 5G/6G Mobile Networks using Wireless Information

  AuthorSatya Kumar Vankayala, Sai Krishna Santosh Gollapudi, Sukhdeep Singh, Seungil Yoon

  PublishedIEEE Global Communications Conference Workshop (GLOBECOM Workshop)

  Date2022-09-19

• Low-cost Beam-combining Architecture for RUs in mmWave Massive MIMO based 5G-O-RAN System

  AuthorAbhay K. Sah, Santosh K. Singh, Satya K. Vankayala, S. Parthasarathy, U. Godavarti, S. Yoon

  PublishedIEEE Global Communications Conference Workshop (GLOBECOM Workshop)

  Date2022-09-19

• End-To-End Dynamic Gesture Recognition using MmWave Radar

  AuthorAnum Ali,Priyabrata Parida,Vutha Va,Saifeng Ni,Khuong Nhat Nguyen,Boon Loong Ng,Charlie Zhang

  PublishedIEEE Access

  Date2022-08-12

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News(7)

• [Blog] Technology Innovation towards mmWave Fixed Wireless Access

  Fixed wireless access (FWA) is expected to drive 5G subscriber growth, with global subscriptions reaching 265 million by 2029, growing at a 14% compound annual growth ratio (CAGR) from 2023 to 2029 [1].

• [Blog] A Beam Scheduling Scheme Based on Real-Time Traffic Distribution in 5G Millimeter-Wave Networks

  In 5G Millimeter-Wave (mmWave) networks, Base Station(BS) uses lots of narrow beams for coverage. Due to the limited ability of hardware, BS is only able to select a few beams for scheduling per slot. In outfield scenarios, the moving User Equipments (UEs) and different kinds of traffic lead to dynamic and uneven traffic distribution in beams.

• [Blog] User Traffic based Adaptive Beam Codebook Management for mmWave Communication

  Recently, the beam codebook based analog beamforming [1]–[4] is adopted in mm-Wave communication for the trade-off between complexity and performance, where the beam codebook is a matrix composed of a large number of beam weight vectors.

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