Computer systems and networks

I - Intermediate control questions on the discipline "computer systems and networks".

1. 
   Aims and objectives of the subject.
   
2. 
   The concept of the system and its types.
   
3. 
   Classification of systems.
   
4. 
   The main types of modern computers.
   
5. 
   The composition of the personal computer.
   
6. 
   Microprocessor and its composition.
   
7. 
   Function of the microprocessor control device
   
8. 
   The function of the microprocessor arithmetic-logical device
   
9. 
   The main indicators of the microprocessor
   
10. 
    The function of the tact impulse generator
    
11. 
    Groups of microprocessors
    
12. 
    Main memory and its types.
    
13. 
    External devices of a personal computer.
    
14. 
    Microprocessor and its functions.
    
15. 
    Cache memories of MP.
    
16. 
    External devices of a personal computer.
    
17. 
    Memory devices.
    
18. 
    The main memory device and its physical structure.
    
19. 
    Static and dynamic memory devices.
    
20. 
    Magnetic storage device.
    
21. 
    Optical drives.
    
22. 
    Hard drive (Winchester, HDD).
    
23. 
    Power storage device (flash memories).
    
24. 
    The main memory device and its physical structure.
    
25. 
    RAM (Read Only Memory).
    
26. 
    Static and dynamic memory devices.
    
27. 
    About HDD drives.
    
28. 
    About SSD drives.
    
29. 
    Computer networks and its types.
    
30. 
    Server concept?
    
31. 
    Customer feedback?
    
32. 
    Local computing network topology.
    
33. 
    Tire topology.
    
34. 
    Star topology.
    
35. 
    Ring topology.
    
36. 
    Communication cables.
    
37. 
    Fiber optic cables and its types
    

38. Coaxial cables and its types

39. Twisted pair cable and its types

40. Network card.

41. Transverse .

42. Repeaters.

43. Concentrators.

44. Bridges.

45. Switches.

46. Legitimists.

47. Modem types.

48. Gateway.

49. Ethernet network.

50. Ethernet network architecture.

51. What is Ethernet and how it works?

52. Ethernet package which contains fields.

53. Fast ethernet network architecture.

54. OSI model

55. Path of information in the OSI model

56. Physical stage

57. Practical stage

58. Presentation stage

59. Communication time management stage

60. Transport stage

61. Network stage

62. Channel stage