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What is ‘memory-mapped I/O’?

A. A method where I/O devices are accessed using the same address space as memory
B. A technique to map memory to specific I/O operations
C. A process to allocate memory for I/O buffers
D. A strategy to optimize memory access patterns

Answer: A method where I/O devices are accessed using the same address space as memory

What is the role of a ‘bus’ in computer architecture?

A. Facilitating data transfer between different system components
B. Executing instructions in parallel
C. Managing memory allocation
D. Handling power supply distribution

Answer: Facilitating data transfer between different system components

What does ‘bus bandwidth’ measure?

A. The amount of data that can be transferred over the bus in a given time period
B. The speed of the CPU's clock cycle
C. The size of the CPU's cache memory
D. The capacity of the system's main memory

Answer: The amount of data that can be transferred over the bus in a given time period

What is ‘Harvard architecture’?

A. An architecture with separate memory storage for instructions and data
B. A system using a single memory space for both instructions and data
C. A design supporting multiple processors
D. A structure incorporating virtual memory

Answer: An architecture with separate memory storage for instructions and data

What is ‘memory hierarchy’?

A. The organization of different memory levels from fastest to slowest
B. The arrangement of memory chips on the motherboard
C. The process of managing memory access patterns
D. The structure of memory management units

Answer: The organization of different memory levels from fastest to slowest

What is the role of ‘context switching’?

A. Saving the state of a process and loading the state of a new process
B. Switching between user and kernel modes
C. Transitioning between memory hierarchy levels
D. Changing process execution priority

Answer: Saving the state of a process and loading the state of a new process

What is ‘data cache’ used for?

A. Storing frequently accessed data to speed up access times
B. Managing memory allocation
C. Executing instructions
D. Handling input/output operations

Answer: Storing frequently accessed data to speed up access times

What does ‘multi-core processing’ refer to?

A. Using multiple cores within a single CPU to perform parallel processing
B. Increasing the clock speed of individual cores
C. Sharing cache memory among different cores
D. Dividing tasks between multiple CPUs

Answer: Using multiple cores within a single CPU to perform parallel processing

What is ‘cache associativity’?

A. The way cache lines are mapped to cache sets
B. The process of associating multiple caches
C. The technique of linking cache with specific memory addresses
D. The method of associating cache with different processors

Answer: The way cache lines are mapped to cache sets