RTsim: A Register Transfer Simulator

Author: Lam, Jimmy Kwok-Ching

Year: 1983

Degree: Master's thesis

Advisor: Bryant, Randal E.

Committee Member: Unknown, Unknown

Option: Computer Science

DOI: 10.7907/727m-mf30

Abstract

The growing complexity and size of VLSI processors are demanding extremely accurate, simulation facilities for microcode debugging, logic verification, and system integration. However, reliance on mask iterations to remedy problems on a chip not only raises costs, but also extends the design cycle. Simulation justifies itself in both the turn around time and the design cost. Gate level simulation is one method for reducing errors in a chip design. However, gate level simulation of large designs are extremely expensive, and sometimes impossible when the gate level representation is not known. This thesis attempts to solve this problem by providing a functional modeling language, a reconfigurable assembler, and a functional simulation program. Mixed-level simulation capability is also provided by allowing the replacement of a functional unit by a transistor network which is being simulated by a switch-level logic simulator.

Files

• Lam_j_1983.pdf (application/pdf)