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![]() Title:Data-Driven Approach to Accelerate Coverage Closure on Highly Configurable ASIC Designs Authors:Tulio Pereira Bitencourt, Rasadhi Attale, Samuel Man-Shun Wong, Po-Shao Cheng and Anton Tschank Conference:DVCon Europe 2025 Tags:coverage closure on ASIC designs, data-driven verification, interactive regression analysis, interactive verification dashboards, live debug simulations, metric-driven methodology, requirement-driven verification and verification of highly configurable IPs Abstract: The semiconductor industry faces increasing complexity in integrated circuit (IC) designs, demanding area efficiency, low power, and high frequency operation. As the industry shifts towards IP-based methodologies, Verification Engineers must handle highly configurable ASICs while maintaining rapid time-to-market and stringent quality. Robust EDA tools and data-driven methodologies are essential for meeting challenging coverage goals. This tutorial introduces a novel data-driven methodology to accelerate coverage closure of highly configurable ASICs, covering:
This methodology empowers teams to efficiently close coverage, offering concrete, reproducible steps for tackling even the most demanding verification scenarios and accelerating time-to-market for complex ASICs. Data-Driven Approach to Accelerate Coverage Closure on Highly Configurable ASIC Designs ![]() Data-Driven Approach to Accelerate Coverage Closure on Highly Configurable ASIC Designs | ||||
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