|
| |
|
|
Classification of wear relevant duty cycles of turbocharger validation
Kovaříková, Lucie ; Žatko, Miroslav (oponent) ; Lošák, Petr (vedoucí práce)
The present bachelor’s thesis aims to collect data from engine duty cycle tests, review it and determine criteria for its sorting. Furthermore, it also introduces and assesses characterisation methodologies for load cycles targeting expected resulting wear of turbocharger kinematics components. To evaluate and review the assorted data, two tools have been used: Python and Matlab. Finally, this thesis also proposes two methods that are the most suitable for processing duty cycles based on the evaluated data: a generic duty cycle data processing and a duty cycle analysis, including actuator position.
|
|
|
Detekce dopravních značek pro autonomní vozidla
Kovaříková, Lucie ; Píštěk, Václav (oponent) ; Kučera, Pavel (vedoucí práce)
Tato diplomová práce se zabývá detekcí dopravních značek pro autonomní vozidla s využitím programovacího jazyka Python a architektury konvoluční neuronové sítě YOLOv7. Cílem je rešerše v oblasti rozpoznávání dopravního značení a naprogramování algoritmů pro komunikaci s kamerou a detekci. Výsledkem je experimentální ověření detekce a jeho vyhodnocení.
|
|
|
Classification of wear relevant duty cycles of turbocharger validation
Kovaříková, Lucie ; Žatko, Miroslav (oponent) ; Lošák, Petr (vedoucí práce)
The present bachelor’s thesis aims to collect data from engine duty cycle tests, review it and determine criteria for its sorting. Furthermore, it also introduces and assesses characterisation methodologies for load cycles targeting expected resulting wear of turbocharger kinematics components. To evaluate and review the assorted data, two tools have been used: Python and Matlab. Finally, this thesis also proposes two methods that are the most suitable for processing duty cycles based on the evaluated data: a generic duty cycle data processing and a duty cycle analysis, including actuator position.
|
|
|
Singing Arc
Kovaříková, Lucie
This work discusses about the determination and the constuction of plasma speaker. The aim is to describe the function and the manufacture process. Plasma speaker operates on the principle of the electric discharge between two electrodes of voltage transformer. Changing the current through the arc influences the temperature around the arc. Because of the changing temperature, the pressure around the arc changes too. This phenomenon creates sound waves.
|
|
| |
host ::
RSS.