Stored Program Model

The stored program model is a computer architecture where instructions are stored in a physical file and executed by the operating system

The stored program model is a computer architecture where instructions are stored in a separate hardware device and executed wirelessly

The stored program model is a computer architecture where instructions are stored in memory and executed sequentially by a central processing unit.

The stored program model is a computer architecture where instructions are stored in a cloud server and executed remotely

Marie Curie

John von Neumann

Isaac Newton

Albert Einstein

The instruction set is a list of guidelines for assembling a computer from scratch.

The instruction set is a collection of recipes for cooking computer chips.

The instruction set refers to a physical set of tools used to repair computer hardware.

The instruction set in the stored program model refers to the set of instructions that a computer's CPU can execute. These instructions are encoded in binary form and are used to perform various operations such as arithmetic, logic, and data transfer.

The key components of the stored program model are the software, hardware, and firmware

The key components of the stored program model are the keyboard, mouse, and monitor

The key components of the stored program model are the printer, scanner, and modem

The key components of the stored program model are the central processing unit (CPU), memory, input/output devices, and the stored program concept.

The stored program model and von Neumann architecture are the same

The stored program model does not involve memory storage

The stored program model uses separate memory units for instructions and data, while the von Neumann architecture stores them together

The stored program model is a concept where instructions and data are stored in the same memory, while the von Neumann architecture refers to the design where program instructions and data are stored in separate memory units.

The stored program model is not significant in modern computing

The stored program model only allows data to be stored in memory

The stored program model allows instructions and data to be stored in memory, enabling the execution of complex programs and the development of high-level programming languages.

The stored program model is only used for low-level programming languages

The control unit in the stored program model is responsible for managing the execution of instructions, coordinating the flow of data within the CPU, and controlling the input and output operations.

The control unit is responsible for managing the flow of data outside the CPU

The control unit only manages the input and output operations

The control unit has no role in the stored program model

The CPU executes instructions before fetching them from memory

The stored program model does not involve fetching instructions from memory

The process of fetching and executing instructions in the stored program model is not repeated

In the stored program model, the CPU fetches instructions from memory, decodes them, and then executes them in sequence. This process is repeated until the program is complete.

The advantages of the stored program model in comparison to earlier computing models include the ability to store and execute instructions from memory, enabling more flexibility and efficiency in programming and execution.

It is not possible to store and execute instructions from memory in the stored program model

The stored program model does not allow for flexibility in programming and execution

The stored program model is less efficient than earlier computing models

The stored program model has made programming languages and software less versatile and powerful

The stored program model has allowed for the creation of more versatile and powerful programming languages, as well as enabling the development of complex software systems that can be easily modified and updated.

The stored program model has limited the development of programming languages and software

The stored program model has no impact on the development of programming languages and software