there are two traditional ways of storing instructions and data in memory. the harvard architecture separates instructions from the data upon which they operate and stores them in separate memory blocks. this scheme requires that data and instructions have independent paths by which they reach the central processing unit. in the princeton architecture, data and instructions are stored in the same memory block; both data and instructions use the same path to the cpu. which architecture does the processor you designed (shown below) conform to?

The von Neumann architecture often referred to as the von Neumann model or Princeton architecture is a type of computer architecture that was developed in response to a description made in 1945 by John von Neumann and others in the First Draft of a Report on the EDVAC.

The central processing unit (CPU), processor, or core, along with a connection between the memory and the CPU, make up the "traditional" von Neumann architecture. There are a number of places in the main memory, and each one can hold both data and instructions. The Princeton (also known as Von Neumann) architecture designed for the ENIAC employs the same memory and data pathways for storing both programs and data.

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