| Code |
Topic |
Material |
| L1 |
Architectures of computers, their multilevel organization |
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|
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| L2 |
Stages of development of computer architecture. Computer types and family |
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|
| L3 |
Central processing device. CISC and RISC architecture systems. Principles for designing modern
processors. Command and processor-level parallelism |
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|
| L4 |
Memory matrix. Static and dynamic types of memory. Cache memory |
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| L5 |
Memory Hierarchy. Primary and auxiliary memory devices |
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| L6 |
Computer input, output systems and interfaces |
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| L7 |
Numerical Logical Foundations of Computer Architecture. Boolean algebra and gates |
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| L8 |
Basic numerical logic schemes and their functional functions. Arithmetic logical device |
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| L9 |
Processors microcircuit and buses. Synchronous and asynchronous buses. Bus arbitrage. Interfaces |
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| L10 |
Central processing units and their structure. x86 architecture |
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| L11 |
Microarchitecture. Data track. Single-path and multi-path processor. Pipeline processor |
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| L12 |
Microarchitecture development processes. Examples of processor microarchitectures |
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| L13 |
Command System Architecture and its Features. Memory model, registers, and commands |
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|
| L14 |
Data type and command format. Addressing modes. Command type. Control flows and disruptions |
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| L15 |
Virtual memory. Pageable organization of memory. Device virtualization and virtual teams |
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| L16 |
Operating systems installed in modern computers |
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|
| L17 |
Introduction to Assembly language. Operator format in assembler |
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| L18 |
Assembly process. Composition and loading processes |
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| L19 |
Architecture of parallel computers. Parallelism at the processor level |
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| L20 |
Coprocessors. Network and graphics processors |
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| L21 |
Multiprocessors and multicomputer |
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|
| Code |
Topic |
Material |
| P1 |
Development of computer technology. Classification of electronic computers
|
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|
| P2 |
Work with numerical systems |
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|
| P3 |
Work with numerical systems
|
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|
| P4 |
Logical elements and the construction of arithmetic and combined schemes with their help
|
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|
| P5 |
Organization of the general composition of the computer system
|
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|
| P6 |
Computer input/output interfaces
|
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|
| P7 |
To learn the central processing device and its structure. Introduction to Intel architecture using Debug
|
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|
| P8 |
To learn the central processing device and its structure. Introduction to Intel architecture using Debug
|
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|
| P9 |
Microprocessor and computer memory. Hardware and software outages
|
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| P10 |
Microprocessor and computer memory. Hardware and software outages
|
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|
| P11 |
Familiarity with the operating systems of modern computers
|
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|
| P12 |
Familiarity with the operating systems of modern computers |
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|
| P13 |
Introduction to Assembler. Install the TASM compiler |
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|
| P14 |
Working with Assembler
|
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|
| P15 |
Working with Assembler
|
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|
