Dear Students go through the below question bank related to COM_AIML_OU_2024-25.
Question
Bank-COM_AIML@OU
Short Answer Questions
1.
Write
format of single and double precision format?
2.
Define Signed-magnitude representation and give
Example?
3.
Describe the criteria for a floating-point number to
be called normalized and give an example.
4. What are the main components of
any General Purpose computer?
5. What is
mean by Interrupt?
6. Define micro-program sequencer.
7. Explain
the importance of PUSH & POP instruction.
8. Define
Stack Pointer.
9. Define
Flag register in 8085 Microprocessor
10. Examine
the importance of 8259 programmable interrupt controller.
11. List
the difference between microprocessor and microcontrollers.
12. Analyze
the function and arrangement of individual cells in the RAM structure of the
8051 microcontroller.
Long
Answer Questions
13. Illustrate
with examples how arithmetic instructions are represented using RTL.
14. Explain
the common bus system architecture in detail, and provide a neatly labeled
block diagram.
15. Explain
Fixed and Floating point numbers with example.
16. Explain
the RTL (Register Transfer Language) representation for arithmetic operations
such as addition or subtraction
17. Discuss
the operation and significance of the common bus system in computer
architecture, accompanied by a detailed and neatly drawn block diagram.
18. Draw the
flow chart for Instruction Cycle and Explain it?
19. Describe
in detail the different phases of the instruction cycle.
20. Describe
memory-reference instructions and their format in a typical instruction set.
21. Draw
the flow chart for Instruction Cycle and Explain it?
22. Describe
different instruction formats with examples.
23. Explain
the structure and functioning of cache memory with relevant terms like hit
ratio and miss.
24. Explain
the stack organization concept and its operations (PUSH and POP) with examples.
25. Discuss
the stages of instruction pipeline in RISC architecture with example.
26. Discuss
the role of the Arithmetic and Logic Unit (ALU) and the accumulator in the 8085
processor
27. Explain
how the Programmable Interrupt Controller (8259A) works and its significance.
28. Draw
and explain the internal architecture of the 8085 microprocessor mentioning the
function of each block.
29. Discuss
the various addressing modes supported by the 8085 microprocessor with
examples.
30. Explain
the architecture and function of the Intel 8257 DMA controller.
31. Discuss
the advantages and limitations of different 8-bit microcontroller families with
respect to system design and performance.
32. Explain
the process of interfacing an ADC with a microcontroller, highlighting the
necessary circuit connections and programming steps.
33. Explain
the programming techniques for 8051 microcontrollers, including the use of
assembler directives and subroutine handling.
34. Explain
the internal architecture of the 8051 microcontroller.
35. Describe
the procedure for interfacing an LCD with an 8051 microcontroller, explaining
the control signals and data transfer mechanism
36. Explain
the programming techniques for 8051 microcontrollers, including the use of
assembler directives and subroutine handling.
