Harvard architecture and princeton architecture


Q1. What do you mean by embedded system and list all the applications? List and define the three main characteristics of embedded systems which differentiate such systems from other computing systems.

Q2. List and define the three main IC technologies. Illustrate the advantages of using each of the three different IC technologies?

Q3. Compare and contrast the Harvard architecture and Princeton architecture and describe how control unit works in fundamental general-purpose architecture.

Q4. What do you mean by addressing mode? Describe various addressing modes used to point out the data’s location in the assembly language programming.

Q5. Explain why composing of larger memory is required from smaller memory parts. Describe how you will you approach this method.

Q6. Describe the merits and demerits of using memory-mapped Input-Output versus standard Input-Output mapped.

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Electrical Engineering: Harvard architecture and princeton architecture
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