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Computer Systems Architecture [Pehme köide]

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  • Formaat: Paperback / softback, 152 pages, kõrgus x laius: 246x171 mm, kaal: 300 g, illustrations
  • Sari: Computing Study Texts S.
  • Ilmumisaeg: 15-Sep-2002
  • Kirjastus: Learning Matters Ltd
  • ISBN-10: 1903337070
  • ISBN-13: 9781903337073
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Computer Systems ArchitectureSuurem pilt
  • Formaat: Paperback / softback, 152 pages, kõrgus x laius: 246x171 mm, kaal: 300 g, illustrations
  • Sari: Computing Study Texts S.
  • Ilmumisaeg: 15-Sep-2002
  • Kirjastus: Learning Matters Ltd
  • ISBN-10: 1903337070
  • ISBN-13: 9781903337073
Teised raamatud teemal:
Püsilink: https://www.kriso.ee/db/9781903337073.html
Märksõnad:
Introduction 1(3)
What is a computer?
4(9)
Chapter summary
4(1)
Learning outcomes
4(1)
How will you be assessed on this?
4(1)
Useful information sources
4(1)
Data, information and the `stored program' concept
4(3)
The basic subsystems of a computer
7(4)
End of chapter assessment
11(2)
Logic and sequencing
13(24)
Chapter summary
13(1)
Learning outcomes
13(1)
How will you be assessed on this?
13(1)
Useful information sources
13(1)
The binary number system
14(3)
Boolean algebra and logic gates
17(4)
Simple combinatorial circuits
21(7)
Sequential logic and finite state machines (FSM)
28(6)
End of chapter assessment
34(3)
Computer system components
37(13)
Chapter summary
37(1)
Learning outcomes
37(1)
How will you be assessed on this?
37(1)
Useful information sources
37(1)
The central processing unit
38(4)
Buses, memory and I/O devices
42(4)
Instructions and sequencing
46(2)
End of chapter assessment
48(2)
Memory systems
50(9)
Chapter summary
50(1)
Learning outcomes
50(1)
How will you be assessed on this?
50(1)
Useful information sources
50(1)
The memory hierarchy
50(3)
Types of memory
53(1)
Auxiliary storage devices
54(3)
End of chapter assessment
57(2)
Performance
59(11)
Chapter summary
59(1)
Learning outcomes
59(1)
How will you be assessed on this?
59(1)
Useful information sources
59(1)
Factors affecting performance
60(1)
Clock rate and instruction cycles
60(1)
Increasing processor performance
61(4)
MIPS and FLOPS
65(1)
Bandwidth and bottlenecks
66(1)
End of chapter assessment
67(3)
Peripherals
70(9)
Chapter summary
70(1)
Learning outcomes
70(1)
How will you be assessed on this?
70(1)
Useful information sources
70(1)
Types of peripheral
71(1)
Interfacing peripherals
71(2)
Interactive devices
73(1)
Displays
74(1)
Printers
75(1)
Specialist peripherals
76(1)
End of chapter assessment
77(2)
Selecting and upgrading systems
79(8)
Chapter summary
79(1)
Learning outcomes
79(1)
How will you be assessed on this?
79(1)
Useful information sources
79(1)
Assessing required performance
79(2)
Purchasing decisions
81(1)
Upgrading
82(2)
End of chapter assessment
84(3)
Basics of operating systems
87(12)
Chapter summary
87(1)
Learning outcomes
87(1)
How will you be assessed on this?
87(1)
Useful information sources
87(1)
What is an operating system?
88(1)
Components of an operating system
88(2)
Memory management
90(3)
File systems
93(1)
Device management
94(1)
Process management and multi-tasking
95(1)
End of chapter assessment
96(3)
Program environments
99(10)
Chapter summary
99(1)
Learning outcomes
99(1)
How will you be assessed on this?
99(1)
Useful information sources
99(1)
The applications programming interface
100(1)
File systems
100(3)
I/O
103(1)
Resource management
103(1)
Working with several programs
104(1)
End of chapter assessment
105(4)
The user interface
109(11)
Chapter summary
109(1)
Learning outcomes
109(1)
How will you be assessed on this?
109(1)
Useful information sources
109(1)
User interface systems
109(2)
Command line user interfaces
111(2)
Windowed user interfaces
113(2)
API of windowed user interfaces
115(3)
End of chapter assessment
118(2)
Local networks and distributed systems
120(12)
Chapter summary
120(1)
Learning outcomes
120(1)
How will you be assessed on this?
120(1)
Useful information sources
120(1)
Circuits, signals and communication
120(3)
What is a LAN?
123(2)
Types of information systems using LANs
125(1)
Connecting up your LAN
126(1)
The OSI and TCP/IP reference models
127(3)
End of chapter assessment
130(2)
Addressing and routing
132(9)
Chapter summary
132(1)
Learning outcomes
132(1)
How will you be assessed on this?
132(1)
Useful information sources
132(1)
Network addresses and protocols
132(3)
Connecting networks
135(1)
Network layer addressing
136(2)
End of chapter assessment
138(3)
Index 141