Infopaket

Computer Architecture

ОК 26

Обов’язкова дисципліна для ОП

First

2024/2025

1 Semester

4

The ability to demonstrate knowledge of the history, development prospects, classification of computers and their architecture; rates and trends in the dynamics of changes in the productivity of digital technology; methods of number processing in binary and hexadecimal number systems; from the principles of building elementary digital elements, triggers, basic digital and functional elements based on triggers; basic structures of microprocessors and their implementation of the simplest MIPS - assembler instructions. The ability to demonstrate the ability to classify computers and analyze their architecture; from the forecast and retro analysis of performance indicators of digital technology; from the implementation of basic logical elements, triggers, basic digital/functional nodes; on the basis of the basic structures of microprocessors for the implementation of the simplest instructions of MIPS - assembler.

Full-time form

To know the theoretical foundations of algebraic calculations. Be able to perform algebraic calculations.

The discipline provides a unified understanding of the relationship between the software and hardware parts of modern computers, logically deduces the hardware construction of the computer from the system of commands and the method of memory organization, considers processes at all levels from elements on the crystal to the principles of operation of elements, binary representation of information , the basics of assembler and all stages of program conversion from an algorithmic language of a high level of abstraction to machine codes. To do this, the following are studied: counting systems, multi-level and sequential logic, digital functional nodes, micro-architectures and processor architecture according to the command system and memory organization. Practical skills in the construction of computer nodes are acquired.

1.Harris S. L., Harris D. Digital design and computer architecture. – Morgan Kaufmann, 2015

Lectures, practical activities, individual work

The level of achievement of the planned learning outcomes is determined by the results: - semester assessment: - current control by checking the teacher and defending the results of tasks during classes and independent work outside classes by the student; - written modular control papers; - final assessment: - semester control in the form of an exam. 1. semester evaluation of the student's work - points are accumulated during the semester - a maximum of 60 points, a minimum of 36 points. 2. written final comprehensive control paper (PPKKR) - exam - the maximum score is 40 points (40% of the final score), the minimum is 24 points. The total number of points cannot exceed 100 points. For a positive grade for a discipline, a student must score at least 60 points in total for the semester assessment and exam.

Ukrainian