چكيده به لاتين
Translation types Text translation Source text 1,405 / 5,000 Translation results The construction and production of ordinary vehicles is one of the largest industries in the world today. Today, in the design of cars, the performance aspect is addressed separately from the beauty and comfort aspect of the passengers and the driver, considering these issues, one of the things that is very effective and nowadays designers pay more attention to it is the car's ballast because which, while having efficiency, has a certain visual beauty and exclusivity in the car, also considering that the car industry is moving towards electronic cars, there is a need to build digital clusters much more than before. Since some control units of electric vehicles are different from gasoline vehicles, the development of electric vehicle cluster requires different methods. Today, several commercial devices are available as car computers with their own features and customization options. Many of these systems are very expensive and cannot be extended or modified except at considerable additional cost. In this thesis, we seek to present, implement, characterize and optimize different methods of making a GUI from a functional point of view by STM32H7 series microcontrollers. The goal here is to firstly examine the various possible situations where the code is executed to implement a GUI on the LCD by this microcontroller from a functional point of view. And in the second stage, it is to examine the ways and problems and challenges and solve the challenges of each of the existing ways in order to improve the efficiency and performance of the system in general. Keywords: full electric vehicles, embedded systems, Raspberry Pi, CAN, GUI. More about this source text Source text required for additional translation information Send feedback Side panels
