Von Neumann Architecture is a computer architecture model that describes a system where the data and program are stored in the same memory space. This design forms the basis for most modern computers, allowing for sequential execution of instructions and enabling the stored-program concept.

Von Neumann Architecture

computer architecture model

data and program

same memory space

modern computers

Sequential execution refers to the process where a computer program runs instructions one after another in a specific order, ensuring that each step is completed before the next one begins. This method is fundamental for maintaining logical flow and data integrity in both simple and complex computational tasks.

sequential execution

instructions

The stored-program concept is a fundamental principle of modern computing where instructions to be executed by the computer are stored in its memory alongside the data. This allows for flexibility and efficiency in program execution, enabling computers to perform a wide range of tasks by simply loading different programs into memory.

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