TALLINN UNIVERSITY OF TECHNOLOGY

Site logo

Research Groups

The Research Laboratory for Cognitronics develops methods and techniques for miniaturized actuators and sensor technologies (e.g. macro- and microscale actuators and smart multiscale sensors for Lab-on-a-Chip realizations); ressource-constrained implementation of wireless connectivity technologies (e.g. transient and approximate computing in low power wide area networks/IoT); and methods for exploitation and implementation of sensors in data processing and artificial intelligence (e.g. machine learning) for decision-making and actuation.

Keywords:

  • Transient and approximate computing
  • Energy harvesting-driven low power IoT platforms
  • Lab-on-Chip
  • Semiconductor electronics
  • Smart multiscale surfaces

 

More information from our websites:

Cognitornics Research Group

ERA-CHAIR of Cognitive Electronics

Lab On Chip (LoC)

The group performs R&D in wireless communication: techniques and algorithms for enabling 5G new radio, but also development of 5G testbed including support to realize massive machine type communication enhanced mobile broadband services and ultra-reliable and low latency communication services and digitalization of society (i.e., smart healthcare, smart mobility, smart city, industrial automation 4.0) development of vertical applications and services in a full-stack model including connectivity, services, content, end-user community and appropriate devices.

Keywords:

  • Radio resource and interference management
  • Energy efficient connectivity
  • Low-power communication technologies for healthcare
  • 5G
  • NB-IoT
  • BAN

More information from our websites:

Coming soon !

Measurement Electronics Research Group of Thomas Johann Seebeck Department of Electronics at Tallinn University of Technology (TalTech) performs R&D on various test, measurement and data acquisition solutions.
The research team has long-term experience in developing impedance spectroscopy-based measurement solutions for medical / healthcare as well as materials science, industry and other applications. The history of impedance measurement at the University of Technology dates back to the 1930s (Paul Plakk's work on the applications of physical chemistry) and the 1980s (vector voltmeters - Mart Min, Toomas Parve).

The research group has been engaged also in the R&D of solutions based on image processing (3D laser scanners, medical image processing with machine learning – O.Märtens - in cooperation with doctoral students (Tõnis Saar, Ago Mõlder, Anindya Gupta and others).

The members of the research group are the authors of hundreds of scientific articles, dozens of book chapters and tens of inventions.

Key Persons:

  • Prof Olev Märtens - signal processing, eddy current (magnetic induction) based resistance, image processing, remote sensing;
  • Dr Paul Annus - data acquisition, sampling theory and applications, philosophical questions of impedance,
  • Dr. Raul Land - experiments and interpretation of impedance
  • Dr Jaan Ojarand - impedance in microfluidics, medical inductive and other applications
  • Prof Mart Min - public relations, patenting, cooperation with international communities (ICEBI, IEEE EMBS and IMS, etc.)

More information about measurement research group members can be found in Estonian Research Information System (ETIS)

Impedance WorkGroup