Accelerated chip design verification with emulation and machine learning: A modern approach to complex SoC testing

Singh, Vikramjeet (2025) Accelerated chip design verification with emulation and machine learning: A modern approach to complex SoC testing. World Journal of Advanced Engineering Technology and Sciences, 15 (3). pp. 1505-1512. ISSN 2582-8266

The increasing complexity of modern System-on-Chip designs has created unprecedented verification challenges that traditional methodologies struggle to address. As designs incorporate AI accelerators, video processors, and high-speed interfaces within stringent power constraints, verification bottlenecks have become critical factors in development and product launch schedules. This article examines how combining hardware emulation with machine learning techniques enhances verification workflows for complex System-on-Chip (SoC) designs. Emulation platforms implement designs in reconfigurable hardware, enabling speeds that approach those of real hardware for validating complex scenarios. This acceleration supports parallel software-hardware development, enabling firmware and driver teams to begin integration before physical silicon is available. The integration of machine learning further enhances verification through intelligent coverage analysis, failure pattern recognition, test case generation, and anomaly detection. Industry studies across mobile, automotive, and network processors SoCs demonstrate tangible benefits of this combined approach for verification, while emerging trends point toward increasingly autonomous verification systems. The synergy between emulation's execution speed and machine learning's analytical capabilities offers a promising path for verification to scale with growing SoC complexity while maintaining development timelines.