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3 years ago

Explain the RISC and CISC architecture. Comparison of RISC and CISC in detail.

1 answer:

6 0

Answer:RISC(reduced instruction set computer) is the computer used for low level operation by simple command splited into numerous instructions in single clock only and CISC(Complex instruction set computer) is the computer that performs the operation in single instruction.

RISC architecture has hardwired control unit,data cache unit,data path ,instruction cache and main memory as components .CISC architecture persist of control unit,micro program control memory, cache, instruction and data path and main memory.

The differences between RISC and CISC are as follows:-

The instruction in RISC are less and and low complexes while CISC has several number of complex instruction.
The calculation done by RISC are precise and quick whereas CISC has slightly slow calculation processing.
The execution of RISC is faster as compared to CISC.
RISC uses hardware component for implementation of instruction because it does not persist its own memory and CISC implements instructions using its own memory unit .

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Vlada [557]

Answer:

d. This statement results in input failure.

Explanation:

We are taking input of 3 variables only and those are x,ch,and y. cin is a C++ keyword used take input entered by the user onto the screen cin is not a variable.

The input should of type int char int as written in the code. First is x and character variable ch and then the integer variable y and there should be only three inputs.

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3 years ago

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3 years ago

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W t f is a ground fault circuit interrupter?

LuckyWell [14K]

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3 years ago

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4. 15 Exact change (College level not sure why it says middle school)

sweet [91]

Answer:

def print_change(total_change):#this is also total cents, because integers don't have decimal points, so I can't use dollars as my unit

dollars = int(total_change / 100)

remaining_change = total_change - dollars * 100

quarters = int(remaining_change / 25)

remaining_change -= quarters * 25

dimes = int(remaining_change / 10)

remaining_change -= dimes * 10

nickels = int(remaining_change / 5)

remaining_change -= nickels * 5

pennies = remaining_change

all = {'dollar': dollars, 'quarter': quarters, 'dime': dimes, 'nickel': nickels, 'penny': pennies}

for num in [0, 1, 2, 3, 4]:

coin_type = list(all.keys())[num]

amount = all[coin_type]

if num < 4 and amount > 1 or amount == 0 and num < 4:

coin_type += 's'

elif num == 4 and amount > 1 or amount == 0 and num == 4:

coin_type = 'pennies'

print('\n', amount, coin_type)

while True:

total_change = int(input()) #in cents

print_change(total_change)

Had fun making this one... hope it helps. :)

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3 years ago

Does out-of-order makea machine's performance more or less

irina1246 [14]

Answer:

It would be correct to say that out-of-order makes a machine's performance more sensitive to branch prediction accuracy.

Explanation:

This can be explained as when a machine is out-of-order, in that state the execution holds importance in prediction accuracy, any increase in these results in rate of prediction near about 25% for the single-issue operating in-order. This is due to the reason that some of the predictions are required for the global pattern history. Most recent outcomes are recorded in the register and for a 4-way machine which is out-of-order, accuracy is very poor as a result of the delay of the branch history for next prediction.

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3 years ago