The document discusses the design of a processor with a minimal instruction set to perform basic arithmetic and logic operations, focusing on the Intel Core i3. It covers objectives like analyzing processor architecture, design implementation, and performance improvement techniques such as optimizing cache usage. The conclusion emphasizes the importance of energy efficiency and performance enhancements in processor design to achieve higher task execution speeds.

1. Design a processor with minimum number
of instructions, so that it can do the basic
Arithmetic and Logic Operation
Presented by
Samia Islam ( 2015-1-60-102)
Monira Mukta (2015-160-116)
Farzana Aktar Lubna (2015-1-60-095)

2. OVERVIEW :
OBJECTIVE
PROCESSOR KNOWLEDGE
DESIGN
IMPLEMENTATION
IMPROVEMENT
RESULT
CONCLUSION

3. OBJECTIVES :
TO ANALYSIS THE ARCHITECTURE OF
PROCESSOR
TO PROPOSE A COMPARATIVE DESIGN
OF A PROCESSOR

4. PROCESSOR KNOWLEDGE:
THE MOST IMPORTANT COMPONENT OF
A COMPUTER IS THE CENTRAL
PROCESSING UNIT, WHICH IS ALSO
CALLED THE PROCESSOR.
THE PROCESSOR ACTS AS THE
COMPUTER'S BRAIN, RUNNING
TASKS OF PROCESSOR:
 PROCESSING DATA AND EXECUTING
INSTRUCTIONS.

5. DESIGN OF PROCESSOR :
 FOR DESIGNING A PROCESSOR, WE HAVE
CHOSEN THE INTEL CORE I3.
 OUR PROJECT AIM IS TO ANALYZE THIS
PROCESSOR.

6. ASSEMBLY CODE:
ASSEMBLY CODE IS THE
LANGUAGE AND THE
ARCHITECTURE'S MACHINE
CODE INSTRUCTIONS.

7. CPU INSTRUCTION PIPELINE STAGES

8. IMPLEMENTATION OF CACHE
DIRECT MAPPED: SET ASSOCIATIVE: FULLY ASSOCIATIVE

9. CPU SPEED
WHEN CPU SPEED IS SLOW WHEN CPU SPEED IS HIGH

10. CPU IMPROVEMENT
FOR IMPROVING THE PROCESSOR
WE HAVE APPLIED THREE PROCESSES:
1.LOOPTEST
2.LOOPTEST
3.LOOPTEST

11. IMPROVEMENT
Processes are working in 3
states:
 Ready state
 Warning state
 Running state

12. PROCESSOR STATISTIC ACTIVITY LOG

13. RESOURCE UTILIZATION

14. RESULT :
CREATING OF PROCESSES HELPS TO
INCREASE THE CAPACITY OF CPU
PERFORMANCE
INCREASING OF BLOCK NUMBER OF
CACHE DECREASES THE CHANCE OF
CACHE MISSES
FULLY ASSOCIATIVE CACHE IS GIVEN
BETTER PERFORMANCE IN CACHE

15. CONCLUSION:
PROCESSOR DESIGN NEEDS TO BE
AWARE OF ENERGY EFFICIENCY,
PERFORMANCE, CACHE SIZE ETC.
MOREOVER THE IMPROVEMENT OF
PROCESSOR GIVE US THE HIGHER SPEED
OF ANY TASK & REDUCES OUR TIME.