Research and Development of Controllers of Peripheral Devices

Major: Specialized Computer Systems
Code of subject: 7.123.03.O.002
Credits: 4.00
Department: Specialized Computer Systems
Lecturer: Kochan Roman
Semester: 1 семестр
Mode of study: денна
Learning outcomes: 1. The main principles, tools and methods of software and hardware complexes for different application areas. 2. The main functions and structures of microcontrollers and methods of their system integration. 3. Making the classification of development task, finding prototypes and development technical task for the project. 4. To make selection of appropriate software and hardware tools for development. 5. Making general design with distribution of the functions between hardware and software. 6. To make planing and implementation the tools for verification and measurement the effectivity of obtained results in the process of development.
Required prior and related subjects: Previous courses: - Microprocessor system; - Computer electronic. Related and the following courses: - Analysis and design of specialized computer systems; - Research and design of embedded computer systems; - Design of specialized on-board computer systems.
Summary of the subject: The study discipline provides lectures and laboratory work. In lecture classes covered 20 topics: Introduction, Development of Controllers of Computer Systems (DCCS) interaction with computer systems, Building DCCS controller in a microprocessor system, including characteristics and location of microcontrollers STM32, Methods of software development, microcontroller programming language C, C Use for programming microcontrollers STM32, Methods hardware design DCCS, features STM32-compatible controllers, devices of input / output digital signals, matrix device input / output discrete these signals DCCS based interface Centronix, DCCS based interface Centronix and RS232c, DCCS based interface SPI, DCCS based interface IIC, DCCS based Interface 1-Wire, DCCS based interface USB, DCCS based interface Ethernet, distributed information and control system Modbus, distributed information and control systems Profibus and CAN, and laboratory - Research converter circuit microprocessor information Getting to know the universal asynchronous receiver / transmitter (UART), forming discrete signal with given parameters, output information on emysehmentni LEDs in dynamic mode, output information for LED-based LCD controller HD44780, Input information matrix keyboard.
Assessment methods and criteria: For the diagnosis of current knowledge held control and examination control.
Recommended books: 1. Stashyn VV Urusov A.V.Proektyrovanye digital devices to odnokrystalnыh microcontroller. 2. BROWN, Geoffrey. Discovering the STM32 microcontroller. Cortex, 2012, 3: 34. 3. S. Markov Tsyfrovыe syhnalnыe processors (Book 1) 4. Circle PG Obrabotku digital signals processors: Uchebnoe posobye. 5. Michael Barr. Programming Embedded Systems in C and C++ 6. Jan Axelson. Embedded Ethernet and Internet Complete. Designing and Programming Small Devices for Networking 7. XIAODONG, Zhang; JIE, Zhang. Design and implementation of smart home control system based on STM32. In: 2018 Chinese control and decision conference (CCDC). IEEE, 2018. p. 3023-3027.