The CPU Simulator incorporates data and instruction cache simulators as well as a 5-stage CPU instruction pipeline simulator. It supports multiple CPU simulations in shared memory or loosely coupled architectures.

Use CPU instructions to move data to registers, compare values in registers, push data to the stack, pop data from the stack, jump to address locations and add values held in registers. Produce code for simple conditional statements and loops.

This module extends the SimpleCPU, which focused on Assembler, to include a more complete Assembler and a CPU simulator that permits processes to be created and executed. It uses a randomized form of time slicing (It rolls a die to determine how many instructions of a process to execute in a process before interrupting it) to achieve a ...

2021年7月8日 · This CPU Visual Simulator allows you to enter and visualize the execution of assembly language code. Instructions and numeric data can be inserted or modified directly in RAM. It is possible to define "labels" (identifiers to be used in place of memory addresses) in the greyed table on the left of the RAM: these labels can then be used as ...

This project is a CPU emulator written in C++. It simulates the operation of a simple CPU with registers, memory, and a set of instructions. You can use this simulator to load programs, execute instructions, and observe the state of registers and memory.

Welcome to the Virtual CPU Simulator, a lightweight CPU simulation written in C++. It emulates a basic CPU with registers, memory, and simple instructions like LOAD, ADD, SUBTRACT, STORE, JUMP, PRINT, and HALT. Perfect for anyone interested in low-level computing and how CPUs execute instructions!

x64 GRAPHICAL CPU SIMULATOR. Load Example Programs. Add Swap Multiply Stack Jump Surprise

Loops (or iterative statements) are the most useful features of programming languages. At the instruction level, loops use conditional jump instructions to jump back to the start of the loop or to jump out of the loop. This exercise is created to demonstrate the use of the jump instruction which often uses the result of a compare instruction.

larger, main memory (in the ex. definition “CPU memory”). Some types of instructions manipulate the program counter rather than directly produce result data. These are generally called "jumps" (or branch command) and facilitate behavior like loops, conditional program execution (through the use of a conditional jump), and functions in programs.

CPU Visual Simulator allows you to enter and visualize the execution of assembly language code. Instructions and numeric data can be inserted or modified directly in RAM.