32-Bit Risc Processor For Computer Architecture

Now a days computers are used everywhere in our day to day lives ranging from electronics instruments to industrial process automation. Due to complexity of new applications computer engineers use embedded systems to develop high performance technological systems which can achieve high speed processing while used as hardware resources efficiently. To develop embedded systems, it is necessary to know the basic operation of a computer system, which is generally composed of memory, a peripheral controller and a microprocessor. This work presents the design and implementation of a 32 bit RISC processor intended for computer architecture. This RISC processor should support a specific instruction set and its own assembly code with proper instruction format. The instruction set should have simplicity and robustness features. It is considered to be an effective solution for computer compression. Final circuit can be used as a soft core for FPGA embedded designs to control and automation applications.