Assembler: I created an assembler to build a custom assembly language. This assembler translated machine code into assembly code based off a given functionality manual. This assembler ensured the machine code was being processed correctly and efficiently.
Simulator: Additionally, I developed a simulator that interprets assembly language, converting its directives into operational instructions. This process involves the precise evaluation of registers, enabling the system to execute commands and manage data effectively.
Cache: The simulator works in conjuction with a cache that efficiently retreived data. By employing a two-tier cache architecture, it ensures data is accessed swiftly and efficiently. This structure not only enhances performance but also minimizes latency, providing a seamless experience in data processing and utilization.
