……. processor supports a limited instruction set
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3%
general-purpose
97%
special-purpose
…… processors include device-specific processors, such as disk, keyboard, and graphics controllers
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37%
general-purpose
63%
Special-purpose
A single processor system has … general-purpose processor.
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7%
0
81%
1
2%
2
11%
Any number
Also known as parallel systems
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7%
Single processor Systems
93%
Multiprocessor Systems
Also known as tightly-coupled systems
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15%
Single processor Systems
85%
Multiprocessor Systems
Multiprocessor Systems are known as
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6%
parallel systems
10%
tightly-coupled systems
84%
Both of them
0%
Neither of them
In single processor systems Two or more general-purpose processors in close communication, sharing bus, clock, memory, and peripheral devices
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23%
T
77%
F
Advantages of Multiprocessor Systems
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1%
Increased throughput.
1%
Economy of scale
1%
Increased reliability
97%
All of the above
Sharing peripherals, mass storage, and power supplies means less cost is considered as
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9%
Increased throughput.
85%
Economy of scale
6%
Increased reliability
Failure of one processor will not halt the system, but only slows it down is considered as
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19%
Increased throughput
3%
Economy of scale
78%
Increased reliability
More processors means more work in less time
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92%
Increased throughput
1%
Economy of scale
7%
Increased reliability
is the ability to continue providing service proportional to the level of surviving hardware
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22%
Fault tolerant systems
13%
Fault tolerance
65%
Graceful degradation
This scheme defines a boss-worker relationship
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19%
Symmetric Multiprocessors
81%
Asymmetric Multiprocessors
No boss-worker relationship
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93%
Symmetric Multiprocessors
7%
Asymmetric Multiprocessors
Worker processors look to the boss for instruction or have predefined tasks
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9%
Symmetric Multiprocessors
91%
Asymmetric Multiprocessors
All processors are peers, where each processor can perform any task
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94%
Symmetric Multiprocessors
6%
Asymmetric Multiprocessors