Design and modeling of a radar and a comunication subsystems
Provider: Univerzita Pardubice
Programme: Studentská grantová soutěž
Implementation period: 01.01.14 - 31.12.14
Workplace:
Fakulta elektrotechniky a informatiky - Katedra elektroniky a rádiových syst
Investigator: Zálabský TomášTeam member: Bezoušek Pavel | Němec Zdeněk | Roleček Jiří | Matoušek David
Description:
The project is focused on design and modeling of radar and communication systems. Within the project several sub-tasks will be solved. One part of the project is focused on the design of antennas systems for railway security system and for a FMCW radar. In another part of the project a remote control system for PR100 device will be realized. In the part focused on the research and development of communication system a simplex broadband communication will be realized. In the part of radar subsystems modeling the research will be focused primarily on optimization of individual bistatic radar measurements association in a multistatic mode. The aim of the next part of the project is the design and simulation of a broadband system for signal propagation delays determination in complicated environment. The results of this research will be published at international scientific conferences.
The project is focused on design and modeling of radar and communication systems. Within the project several sub-tasks will be solved. One part of the project is focused on the design of antennas systems for railway security system and for a FMCW radar. In another part of the project a remote control system for PR100 device will be realized. In the part focused on the research and development of communication system a simplex broadband communication will be realized. In the part of radar subsystems modeling the research will be focused primarily on optimization of individual bistatic radar measurements association in a multistatic mode. The aim of the next part of the project is the design and simulation of a broadband system for signal propagation delays determination in complicated environment. The results of this research will be published at international scientific conferences.
