Transportlīdzekļu kruīza kontroles algoritmi
Loading...
Date
Authors
Advisor
Journal Title
Journal ISSN
Volume Title
Publisher
Latvijas Universitāte
Language
lav
Abstract
Bakalaura darba “Transportlīdzekļu kruīza kontroles algoritmi” mērķis ir izpētīt un programmiski realizēt transportlīdzekļu ātruma regulēšanas jeb kruīza kontroles algoritmus visvairāk uzmanības tiek pievērsts PID kontroles algoritmiem). Papildus tam, mērķi ir arī izveidot un praktiski auto simulatorā pārbaudīt metodi, kas ļauj novērtēt dažādus kruīza kontroles algoritmus, testa rezultātus analizēt un izvest secinājumus par to, kurš no algoritmiem vislabākais konkrētam transportlīdzeklim apskatītajā testēšanas vidē. Tēma ir aktuāla, jo ātruma regulēšana ir nepieciešama vieda transportlīdzekļa projektiem. Veiktā pētījuma rezultāti tiks izmantoti projektos Elektronikas un Datorzinātņu Institūtā pašbraucoša auto ātruma kontrolei. Atslēgas vārdi: Kruīza Kontrole, PID kontrolieris, PID kontroliera koeficientu vērtēšana
The goal of bachelor thesis “Algorithms for vehicle cruise control” is to research programmatically implement vehicle speed regulating or cruise control algorithms. attention is focused on PID control algorithms) In addition, goals also are to create practically test in vehicle simulation a method that allows to rate different cruise algorithms by analysing test result data and make conclusions which algorithm is the best tested vehicle and environment. The topic is important because speed regulation is a core necessity for self-driving projects. The results of this thesis will be used in projects for self-driving car speed control Institute of Electronics and Computer Science. Keywords: Cruise Control, PID controller, PID controller coefficient tuning
The goal of bachelor thesis “Algorithms for vehicle cruise control” is to research programmatically implement vehicle speed regulating or cruise control algorithms. attention is focused on PID control algorithms) In addition, goals also are to create practically test in vehicle simulation a method that allows to rate different cruise algorithms by analysing test result data and make conclusions which algorithm is the best tested vehicle and environment. The topic is important because speed regulation is a core necessity for self-driving projects. The results of this thesis will be used in projects for self-driving car speed control Institute of Electronics and Computer Science. Keywords: Cruise Control, PID controller, PID controller coefficient tuning