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  Surname Name Title Thesis status   Supervisors Reviewers Type of thesis Date of def. Title
Student Type of thesis - - - - - - - - - -
Item shown in detail KROTKÝ Includes the selected person into the timetable overlap calculation. Tomáš Speed and position controllers design for parallel robot ATEGA Speed and position controllers design for parallel robot ATEGA Thesis finished and defended successfully (DUO).   Schlegel Miloš - Bachelor's thesis 1340229600000 21.06.2012 Speed and position controllers design for parallel robot ATEGA Thesis finished and defended successfully (DUO).
Tomáš KROTKÝ Bachelor's thesis 0XX 0XX 0XX 0XX 0XX 0XX 0XX 0XX 0XX 0XX

Thesis info Návrh regulátorů rychlosti a polohy paralelního robotu ATEGA

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Name KROTKÝ Tomáš Includes the selected person into the timetable overlap calculation.
Acad. Yr. 2011/2012
Assigning department KKY
Date of defence Jun 21, 2012
Type of thesis Bachelor's thesis
Thesis status Thesis finished and defended successfully (DUO). Thesis finished and defended successfully (DUO).
Completeness of mandatory entries - The following mandatory fields are not filled in for this Thesis.: Title in English
Main topic Návrh regulátorů rychlosti a polohy paralelního robotu ATEGA
Main topic in English Speed and position controllers design for parallel robot ATEGA
Title according to student Návrh regulátorů rychlosti a polohy paralelního robotu ATEGA
English title as given by the student -
Parallel name -
Subtitle -
Supervisor Schlegel Miloš, prof. Ing. CSc.
Annotation Tato bakalarska prace se zabyva identi kac paralelnho robotu ATEGA a prenastavenm jeho regulatoru polohy a rychlosti za clem zvysen celkove presnosti. Popisuje jednotlive kroky a metody, ktere byly za tmto ucelem pouzity. Zejmena pak soucasny stav a nastaven paralelnho robotu ATEGA, navrh matematickeho modelu, identi kaci systemu, navrh noveho nastaven regulatoru polohy a rychlosti a overen vlastnost nove navrzene regulace.
Annotation in English This bachelor thesis deals with the identi cation of parallel robot ATEGA and design a new setting of position and speed controllers to increase the overall accuracy. It describes the steps and methods that were used for this purpose. In particular, the current situation and setting of parallel robot ATEGA, design mathematical model, system identi cation, design a new setting of speed and position controllers and verify the characteristics of newly designed control.
Keywords Identi kace, kaskadn regulace, matematicky model, notch ltr, paraleln robot, regulator polohy, regulator rychlosti.
Keywords in English Identi cation, cascade control, mathematical model, notch lter, parallel robot, position controller, speed controller.
Length of the covering note 41 s
Language CZ
Annotation
Tato bakalarska prace se zabyva identi kac paralelnho robotu ATEGA a prenastavenm jeho regulatoru polohy a rychlosti za clem zvysen celkove presnosti. Popisuje jednotlive kroky a metody, ktere byly za tmto ucelem pouzity. Zejmena pak soucasny stav a nastaven paralelnho robotu ATEGA, navrh matematickeho modelu, identi kaci systemu, navrh noveho nastaven regulatoru polohy a rychlosti a overen vlastnost nove navrzene regulace.
Annotation in English
This bachelor thesis deals with the identi cation of parallel robot ATEGA and design a new setting of position and speed controllers to increase the overall accuracy. It describes the steps and methods that were used for this purpose. In particular, the current situation and setting of parallel robot ATEGA, design mathematical model, system identi cation, design a new setting of speed and position controllers and verify the characteristics of newly designed control.
Keywords
Identi kace, kaskadn regulace, matematicky model, notch ltr, paraleln robot, regulator polohy, regulator rychlosti.
Keywords in English
Identi cation, cascade control, mathematical model, notch lter, parallel robot, position controller, speed controller.
Research Plan
  1. Seznamte se s problematikou řízení pohybu průmyslových robotů.
  2. Zjistěte funkční vlastnosti stávajících regulátorů rychlosti a polohy robotu ATEGA.
  3. Nalezněte příčiny nedostatečné kvality (dynamiky) sledování požadovaných trajektorií pohybu. Navrhněte matematický model vybraného pohonu se zátěží, vhodný pro návrh regulátoru rychlosti.
  4. Na základě modelu z bodu 4 navrhněte příslušný regulátor rychlosti a polohy.
  5. Funkční vlastnosti navržené regulace rychlosti a polohy ověřte na robotu ATEGA.
Research Plan
  1. Seznamte se s problematikou řízení pohybu průmyslových robotů.
  2. Zjistěte funkční vlastnosti stávajících regulátorů rychlosti a polohy robotu ATEGA.
  3. Nalezněte příčiny nedostatečné kvality (dynamiky) sledování požadovaných trajektorií pohybu. Navrhněte matematický model vybraného pohonu se zátěží, vhodný pro návrh regulátoru rychlosti.
  4. Na základě modelu z bodu 4 navrhněte příslušný regulátor rychlosti a polohy.
  5. Funkční vlastnosti navržené regulace rychlosti a polohy ověřte na robotu ATEGA.
Recommended resources Dutton, K., Thompson, S. and Barraclough, B. (1997) The art of control engineering, Addison-Wesley-Longman, Harlow, Essex.
Recommended resources
Dutton, K., Thompson, S. and Barraclough, B. (1997) The art of control engineering, Addison-Wesley-Longman, Harlow, Essex.
Týká se praxe No
Enclosed appendices -
Appendices bound in thesis graphs
Taken from the library Yes
Full text of the thesis
Thesis defence evaluation Excellent
Appendices
Reviewer's report
Supervisor's report
Defence procedure record -
Defence procedure record file