Computer Architecture Quizzes Online PDF Download

Computer Architecture MCQs Tests

Computer architecture multiple choice questions and answers, computer architecture career test with job interview questions and answers. Free computer architecture practice tests has competitive exams prep guide with computer architecture tests online with quiz questions answers for interactive e-learning. Computer architecture topics for summative and formative assessment as:

1. Floating Point
2. Physical Infrastructure and Costs
3. Addition and Subtraction
4. Graphics Processing Units
5. Quantitative Principles of Computer Design
6. Real Faults and Failures
7. Major Hurdle of Pipelining
8. Instruction Set Operations
9. What is Pipelining
10. Distributed Shared Memory and Coherence
11. Introduction to Computer Technology
12. Organization of Pentium Implementations
13. Caches and Cache Types
14. Introduction to Computer Performance
15. Synchronization Basics
16. Models of Memory Consistency
17. Architectural Design Vectors
18. Integrated Circuits: Power and Energy
19. Exploiting ILP Using Multiple Issue
20. Simple Implementation Scheme
21. Role of Compilers
22. Sorting Program
23. Computer Architecture
24. Implementation Issues of Pipelining
25. What is Computer Architecture
26. Shared Memory Architectures
27. Introduction to Memory Hierarchy Design
28. Introduction to Interconnection Networks
29. MIPS Pipeline and Multicycle
30. Processor, Memory and I/O Devices Interface
31. Network Routing, Arbitration and Switching
32. Case Study: Sanyo VPC-SX500 Camera
33. Signed and Unsigned Numbers
34. Computer Instructions Representations
35. Memory Addressing
36. Cost Trends and Analysis
37. SIMD Instruction Set Extensions
38. IA 32 Instructions
39. Dynamic Scheduling Algorithm
40. Designing and Evaluating an I/O System
41. Architecture and Networks
42. Computer Networking
43. Memory Hierarchy Review
44. Multiplication Calculations
45. Queuing Theory
46. Vector Architecture Design
47. Memory Technology and Optimizations
48. Pentium P4 and AMD Opteron Memory
49. Pipelining Implementation
50. Introduction to Storage Systems
51. Instruction Level Parallelism
52. Pipelining Data Hazards
53. Networking Basics
54. Two SPEC Benchmark Test
55. Computer Types
56. Caches Performance
57. What is Virtual Memory
58. Google Warehouse Scale
59. Performance Measurement
60. Advanced Branch Prediction
61. IA-32 3-7 Floating Number
62. MIPS Fields
63. Fallacies and Pitfalls
64. Dynamic Scheduling and Data Hazards
65. Introduction to Pipelining
66. Learn Virtual Memory
67. Basic Cache Optimization Methods
68. Programming Models and Workloads
69. Cache Optimization Techniques
70. Computer Hardware Operations
71. How Virtual Memory Works
72. I/O System Design
73. Logical Instructions
74. Design of Memory Hierarchies
75. Embedded Multiprocessors
76. Dependability
77. Interconnect Networks
78. Limitations of ILP
79. Operands Type and Size
80. Computer Organization
81. Division Calculations
82. Introduction to Embedded Systems
83. Memory Addresses
84. Pipelining Crosscutting Issues
85. Exceptions
86. Performance and Price Analysis
87. Pipelining: Basic and Intermediate Concepts
88. Computer Systems: Virtual Memory
89. Switch Microarchitecture
90. I/O Performance, Reliability Measures and Benchmarks
91. Compiler Optimization
92. Introduction of Memory
93. Quantitative Design and Analysis
94. Virtual Machines Protection
95. Measuring and Improving Cache performance
96. Computer Code
97. Network Connectivity
98. GPU Computing
99. Arrays and Pointers
100. Multicore Processors and Performance
101. Computer Architecture: Memory Hierarchy
102. Computer Hardware Operands
103. Operating Systems: Virtual Memory
104. Intel Core i7
105. Computer Hardware Procedures
106. 32 Bits MIPS Addressing
107. Cache Performance Optimizations
108. Understanding Virtual Memory
109. Signal Processing and Embedded Applications
110. Loop Level Parallelism Detection
111. Network Topology
112. Hardware Based Speculation
113. Network Topologies
114. Instruction Set Architectures
115. Advanced Techniques and Speculation
116. Introduction to Networks, Storage and Peripherals
117. ILP Approaches and Memory System
118. Computer Instructions and Languages
119. Encoding an Instruction Set
120. Pipelined Datapath
121. Disk Storage and Dependability
122. Multicycle Implementation
123. Thread Level Parallelism
124. GPU Architecture Issues
125. Datapath Design
126. Program Translation
127. Six Basic Cache Optimizations
128. Logical Operations
129. Storage Crosscutting Issues
130. Memory Technology Review
131. Basic Compiler Techniques
132. MIPS R4000 Pipeline
133. Cloud Computing
134. Symmetric Shared Memory Multiprocessors
135. Memory Hierarchies Framework
136. CPU Performance