Skip to content
To main site
Tampere Wireless Research Centre
  • Home
  • Projects
  • Research Areas
    • Communication theory and fundamentals
      • Media
      • Publications
    • Radio access techniques and systems
      • Media
      • Publications
    • Radio positioning and localization
      • Media
      • Publications
    • Radio sensing and RF convergence
      • Media
      • Publications
    • Radio transceivers and signal processing
      • Media
      • Publications
    • RF microelectronics and embedded computing
      • Media
      • Publications
    • Full-duplex
      • Media
      • Publications
    • UAV communications
      • Media
      • Publications
    • Wireless for vertical industries
      • Media
      • Publications
    • Nano- and Bio-communications
      • Media
      • Publications
  • Infrastructures
    • Cellular Test Networks
    • IoT Test Networks
    • RF Laboratories
  • People
  • News and Events
  • Suomeksi
  • Home
  • Projects
  • Research Areas
    • Communication theory and fundamentals
      • Media
      • Publications
    • Radio access techniques and systems
      • Media
      • Publications
    • Radio positioning and localization
      • Media
      • Publications
    • Radio sensing and RF convergence
      • Media
      • Publications
    • Radio transceivers and signal processing
      • Media
      • Publications
    • RF microelectronics and embedded computing
      • Media
      • Publications
    • Full-duplex
      • Media
      • Publications
    • UAV communications
      • Media
      • Publications
    • Wireless for vertical industries
      • Media
      • Publications
    • Nano- and Bio-communications
      • Media
      • Publications
  • Infrastructures
    • Cellular Test Networks
    • IoT Test Networks
    • RF Laboratories
  • People
  • News and Events
  • Suomeksi

Category: Mobile Networks

Sudharsan Srinivasan profile picture taken in front of a lake

Sudharsan Srinivasan: Managing radio interference can increase the capacity of wireless communication networks

2.11.2022
  • Doctoral dissertation
  • Mobile Networks
Markus Allén and Joonas Säe study the properties of radio signals using a signal and spectrum analyzer. The wireless networks of the future will utilize very high frequencies, even over 100GHz, for data transmission, positioning and sensing the environment.

World's first experimental 6G research environment is being built in Finland

9.12.2020
  • 6G
  • Mobile Networks
  • News
Aerial photo of Patria's AMV at Hervanta campus autonomous vehicle testing area.

Remote control of intelligent machines tested on the Hervanta campus

29.6.2020
  • 4G
  • 5G
  • 5G FORCE
  • 5G-VIIMA
  • Mobile Networks
  • News
  • Projects
Abstract picture of night time city with many lines that are interconnected.

Our remote life depends on network connectivity

8.4.2020
  • 4G
  • 5G
  • Mobile Networks
  • News

New 5G campus network facilitates trials and pilots

24.1.2020
  • 5G
  • 5G FORCE
  • Mobile Networks
  • News
Drone on a table connected to a laptop with world map view.

Game of Drones – autonomous cooperation in the sky

23.7.2019
  • Mobile Networks
  • News
  • UAV
Picture taken from Techbites with six people. From left to right: Joonas Säe, Toni Levanen, Simona Lohan, Leena Köppä, Evgeny Kucheryavy, Sergey Andreev

Techbites: 5G and Beyond

31.10.2018
  • 5G
  • Event
  • Mobile Networks
  • Positioning

Contact persons

Mikko Valkama, Professor
mikko.valkama@tuni.fi

Joonas Säe, Staff Scientist
joonas.sae@tuni.fi

  • twitter
  • facebook
  • instagram
  • Subscribe to the RSS feed
Back to top
To main site
  • Contact →
  • Data protection →
  • Accessibility evaluation report →
  • Cookie policy →

Notifications