Optimizing Timing and Physical DRC Performance in VLSI Design: A Comprehensive Approach

The optimization of Timing and Physical Design Rule Checks (DRCs) is essential for the reliable performance of VLSI circuits. This paper presents a comprehensive approach for enhancing the verification process of a particular block in VLSI design. By integrating advanced optimization algorithms, our methodology significantly reduces the time required for DRCs while ensuring high levels of accuracy and compliance. Detailed simulation results demonstrate the effectiveness of our approach, showing substantial improvements in both timing and physical verification metrics. This study offers valuable insights for VLSI designers, aiming to streamline the verification process and improve the overall reliability of semiconductor designs.