The research work is divided into theoretical and experimental part. In theoretical part, the research work is focused on modelling of the turbulent atmosphere affecting optical beams. Classifying the atmospheric phenomena with regard to transmission demands and service type utilizing the link are investigated. The complex model of the optical wireless link which represents synthesis of both steady and statistical model was developed.
In experimental part, the research work is focused on searching and finding methods deteriorating effect of the atmospheric turbulence on the required quality of communication. The experimental
research also includes finding the optimal optical sources for the optical wireless communications and investigation of the optimal optical beam shape mitigating the
atmospheric turbulence effect on transmission reliability.
System aspects of the optical wireless link transceiver and corresponding elements are also investigated. The concept of all-photonic transceiver using only optical fiber and passive optical fiber elements is studied. Transmission and physical limits for the optical wireless communication are specified.
FR-TI4/148, Hybrid Wireless Technology for Municipal Networks (MUNET). Project of Ministry of Industry and Trade. start: 01.06.2012, termination: 31.05.2015. Project leader: prof. Dr. Ing. Zdeněk Kolka.
LD12067, Optical atmospheric propagation modeling (OPTAPRO) in frame of the COST IC1101. start: 01.04.2012, termination: 30.06.2015. Project leader: prof. Ing. Otakar Wilfert, CSc.
TA02030845, Inteligent infrastructure for modern city, start: 01.01.2012, termination: 31.12.2014. Project leader: prof. Dr. Ing. Zdeněk Kolka.
Innovative approaches to design of communication systems, start: 01.01.2011, termination: 31.12.2014.
GAP102/11/1376, Effect of Propagation Impairments on Error Performance of Future Broadband Terrestrial Wireless Systems. Project of Czech science foundation. start: 01.01.2011, termination: 31.12.2013. Project leader: prof. Dr. Ing. Zdeněk Kolka.
OPTICWISE (Optical Wireless Communications – An Emerging Technology). European project COST IC1101. start: 01. 11. 2011,
termination: 30. 11. 2015.
FR-TI2/705, Non-contact optical measuring methods and systems for precision engineering, start: 01.01.2010, termination: 30.09.2014. Project leader: prof. Ing. Otakar Wilfert, CSc.
Innovation of laboratory tutorial of Quantum and Laser Electronics , start: 01.01.2010, termination: 31.12.2010.
Research of robust hardware solutions for wireless communication systems, start: 01.01.2010, termination: 31.12.2010.
GA102/09/0550, Optical beams study for atmospheric static and mobile communications. Project of Czech science foundation. start: 01.01.2009, termination: 31.12.2011. Project leader: prof. Ing. Otakar Wilfert, CSc.
Innovation of laboratory tutorial of bachelor subject Optoelectronics, start: 01.01.2009, termination: 31.12.2009.