Using the MARIE computer assembly language, write a program that computes the following expression: z = a * b * c. The computer will read in the input values a, b, and c from the keyboard and the final result (z) have to be displayed. In addition, every time an input value is read in, it must be displayed on the screen.
Using the MARIE computer assembly language, write a
z = a * b * c. The computer will read in the input values a, b, and c from the keyboard and the final result
(z) have to be displayed. In addition, every time an input value is read in, it must be displayed on the screen.
MARIE (Machine Architecture that is Really Intuitive and Easy) is a simplified computer architecture that is used in computer science education to teach assembly language programming and computer organization concepts. MARIE is designed to be easy to understand, with a small set of simple instructions and a straightforward memory organization.
The MARIE architecture consists of a single accumulator, a memory of 4096 words (each word being 16 bits), and a set of input/output devices. MARIE has 16 general-purpose registers, a program counter (PC), a memory buffer register (MBR), an instruction register (IR), and an address register (AR).
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