Roll no ……..
Total No. of Questions : 13]
Total No. of Questions : 13]
PAPER ID A0218
BCA (Semester
-4th)
COMPUTER SYSTEM ARCHITECTURE
BCA-403
Time :3 Hours
Instruction to Candidates:
1.
Section – A is compulsory.
2.
Attempt any Nine questions from section- B
Section
–A
1.
a.
What are stack pointer?
b.
Define OP codes.
c.
What is zero address instruction?
d.
What are I/O ports?
e.
What is the function of associative memory ?
what is another name of it?
f.
Write a note on computer registers.
g.
Briefly
explain the stack limits.
h.
What are
the three major phases through which the control unit go through an
instruction cycle?
i.
Define cache memory.
j.
What is asynchronous data transfer?
k.
Differentiate between isolated I/O and memory
mapped I/O?
l.
Define memory hierarchy.
m. What
is the function of accumulator in 8 bit microprocessor.
n.
Differentiate between interpreter and compiler.
o.
What do you understand by Interleaved DMA?
Section –B
2.
Write a step wise procedure to write information
in computer’s memory
3.
Discuss the various phases of instruction cycle.
4.
Explain the control unit architecture.
5.
List the control functions and micro operations
needed for the execution of memory reference instructions.
6.
Draw a block diagram for data transfer form CPU
to an interface and then to an I/O device. Determine the procedure for sitting
and clearing the flag bit.
7.
What is the difference between a direct and
indirect address instruction? How many reference to memory are needed for each
type of instruction to bring an operand into a processor register?
8.
a.
Differentiate between RISC and CISC.
b.
What is the difference between hardwired control
and micro programmed
9.
Discuss the various modes of data transfer.
10.
Draw and explain address and data bus structure
of 8 bit microprocessor.
11.
Determine the methods to handle branches in a
pipeline instruction execution unit
12.
Write an algorithm for multiplication of two unsigned numbers using shift and add
method.
13.
Write short notes on the following.
a.
Array processor
b.
Memory management Techniques
0 comments:
Post a Comment
North India Campus