1.1.1(e) Harvard, Vonn Neuman and Contempora Processor Architect

What are the main features of Von Neumann processor architecture?

• Separate data and instruction memory

• Single bus for data and instructions

• Parallel processing capabilities

• No control unit

Which of the following is a benefit of Harvard processor architecture?

• Faster data access

• Simplicity in design

• Lower cost

• Limited bandwidth

What are the drawbacks of Von Neumann processor architecture?

• Limited Memory Capacity

• Slower Processing Speed

• Complex Design

• High Energy Consumption

When is Harvard processor architecture commonly used?

• Embedded Systems

• Graphic Design Workstations

• Scientific Research Computers

• Virtual Reality Devices

Which type of architecture is known for its simultaneous access to data and instructions?

• Von Neumann

• Harvard

• Contemporary

• Hybrid

Which of the following features of a computer system would make it more suitable for Von Neumann architecture to be used over Harvard?

• High Speed data Processing

• Large Scale Data Storage

• Real-time processing

• Low power Consumption needs

Which processor architecture is more suitable for applications requiring strict separation of data and instructions?

• Harvard

• Von Neumann

• Contemporary

• Hybrid

What distinguishes Von Neumann architecture from Harvard architecture?

• Separate instruction and data memory

• Single memory space for data and instructions

• Multiple buses for data transfer

• Complex instruction set