Currently, the team of the Department of Radiocommunication Systems and Networks conducts research in the field of broadly understood radiocommunication, with the greatest impact on research in the following areas:
- development of modern radio communication, including 2G-5G systems and networks, next generation networks NGN, new radio interfaces and radio resource management,
- Software Defined Radio (SDR), especially the development of tools and methods for adaptive radio links,
- cognitive radio, especially effective methods of radio spectrum access management,
- radio localization and radio navigation, ubiquitous positioning,
- radio channel modelling in radio networks, including wireless body area networks (WBAN) and NGN in uncommon scenarios and propagation environments,
- electromagnetic compatibility in radio communication,
- radio networks design,
- propagation of radio waves, antennas and MIMO technique,
- application of Artificial Intelligence (AI), especially in form of Deep Learning (DL) in radio communication,
- vehicle to vehicle (V2V) and vehicle to infractructure (V2I) communication systems,
- systems and devices for special applications, including state security.
In addition, an important issue of modern wireless telecommunications, which is of interest to the Department's team, is broadband data transmission using the MIMO technique, which is expected to have a bit rate comparable to wired networks. An important part of our research activity is also work on the problems of maritime radiocommunication.
We are willing to cooperate both in the areas of radio communication in which we already have experience, and in new areas that give us the opportunity to develop and expand our knowledge. So far, the Department team has carried out both works financed from public funds and commercial works. We acted as a leader in research consortia, contractors, subcontractors, experts and advisers, we also gave opinions on auctions for extensive radio communication networks and verified the reliability of suppliers and parameters of the radio equipment offered. In the era of rapid development of radio techniques and technologies, we are open to all forms of cooperation.
In order to improve the quality of research and increase the team's efficiency, the Environmental Laboratory of Wireless Communication Systems for Special Applications was established in 2010 within the structure of the Department of Radiocommunication Systems and Networks. The laboratory is a structure that organizes the work and facilitates the management of the research and measurement equipment owned. The possibilities and offer of the Laboratory are presented on a separate website. It is worth mentioning that the quality management system introduced in the Laboratory underwent the certification process in 2019 for compliance with the ISO 9001: 2015 standard.
