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Computer circuitry and computer architecture

All lectures: All lectures on the discipline: computer circuitry and computer architecture are collected here. These fascinating lectures provide us with the opportunity to explore the deep principles and phenomena underlying our knowledge and our desire to understand the world.


1. What Your Computer Does While You Wait
2. Computer Architecture Classification, Architecture von Neumann Harvard. Physical components. Computer Key Features
3. Architecture Neumann Background
4. Harvard Computer Architecture
5. Neurocomputer
6. NEUROCOMPUTERS - ARCHITECTURE AND IMPLEMENTATION introduction
7. Part 1. Elements of neurology from the standpoint of hardware implementation
8. Part 2. DSP and FPGA - as an element base for neurocalculators
9. Part 2.2. Element base of neurocalculators
10. Part 3. Hardware implementation of neurocalculators
11. Content - computer circuit design and computer architecture
12. topic1. Forms of information
13. Topic 2. The logical basis of building elements
14. Theme 3. Circuit design combinational nodes
15. Topic 4. Digital circuit design
16. Topic 5. Digital nodes circuit design
17. Theme 6. Integrated element systems Lecture 6. Programmable logic devices
18. Lecture 7. Programmable logic integrated circuits
19. Lecture 8 options for embedding RAM blocks, multipliers, adders and microprocessor cores into the FPGA
20. Theme 7. Analog nodes circuitry Lecture 9. Operational amplifiers
21. Lecture 10 Isolation Amplifiers
22. Theme 8. Circuitry of service elements Lecture 11
23. Subject 9. Power supplies. Circuit design combinatorial nodes Lecture 12
24. Subject10. Digital computers Lecture 13
25. Theme 11. Storage devices Lecture 14
26. Theme 12. Processors Lecture 15
27. Theme 13. Universal microprocessors Lecture 16. CPU architecture КР580ВМ80
28. Lecture 17. The system of commands KR580VM80
29. Theme 14. Structures of microprocessor systems Lecture 18. General principles
30. Lecture 19. Principles of organization of program interruption systems
31. Lecture 20. Principles of organizing direct memory access systems
32. Theme 15. Schemes of support for MP on motherboards Lecture 21
33. Theme 16. Some issues of the development of computer architecture Lecture 22
34. Lecture 23. Memory protection
35. Theme 17. RISK - processors Lecture 24
36. Topic 18. Supercomputers. Parallel computing systems Lecture 25
37. Lecture 26. Cluster architecture
38. Lecture 27. High-performance multi-core processors for embedded applications
39. Multiplexer
40. Demultiplexer
41. Chipset memory controller hub (north bridge) and I / O (south bridge)
42. Multichannel memory architecture. Configuration examples
43. 10.4. Аналоговые коммутаторы