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Design of MIMO controler
Nevídal, Pavel ; Findura, Milan (referee) ; Vavřín, Petr (advisor)
Objective of the bachelor thesis is to acquaint readers with issue of multiple input and output regulation systems and show one of available methods of controller design for these systems. Thesis is separated into two chapters. In the first part there are explained basic terms from issue multiple input and output regulation systems and deduced matrices of transfers of control and breakdown. Second more extensive part attends to design of matrices of discrete controllers PSD. The meaning of requests for control (autonomicity and static invariantness) and deduced conditionals which follows on these requests is explained here. The quality of regulation via transient characteristics is demonstrated at the end.
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Simulation of the MIMO systems
Kančo, Vít ; Vařacha, František (referee) ; Prokopec, Jan (advisor)
MIMO systems are mainly used in application for wireless communication. Their principle is to use a large number of antennas for transmition and the reception of a signal. The core of these systems is to use space-time coding and either block or trellis space-time code. In the future, it is assumed enormous enlargement MIMO systems in many applications
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Simulation of the MIMO systems
Kančo, Vít ; Vařacha, František (referee) ; Prokopec, Jan (advisor)
MIMO systems are mainly used in application for wireless communication. Their principle is to use a large number of antennas for transmition and the reception of a signal. The core of these systems is to use space-time coding and either block or trellis space-time code. In the future, it is assumed enormous enlargement MIMO systems in many applications
|
|
|
Design of MIMO controler
Nevídal, Pavel ; Findura, Milan (referee) ; Vavřín, Petr (advisor)
Objective of the bachelor thesis is to acquaint readers with issue of multiple input and output regulation systems and show one of available methods of controller design for these systems. Thesis is separated into two chapters. In the first part there are explained basic terms from issue multiple input and output regulation systems and deduced matrices of transfers of control and breakdown. Second more extensive part attends to design of matrices of discrete controllers PSD. The meaning of requests for control (autonomicity and static invariantness) and deduced conditionals which follows on these requests is explained here. The quality of regulation via transient characteristics is demonstrated at the end.
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