A cornerstone of effective STCO is the ability to conduct multi-domain analyses—for example, signal integrity, power ...

Designers of system on a chip (SOCs) use many design methodologies, flows, and tools to achieve timing closure. The current physical synthesis tools attack the problem of block-level timing ...

The use of hierarchical DFT methods is growing as design size and complexity stresses memory requirements and design schedules. Hierarchical DFT divides the design into smaller pieces, creates test ...

Even when your design is targeting today's fastest FPGAs, achieving aggressive performance requirements can be a seemingly impossible task, especially with shrinking design schedules and other ...

(Nanowerk Spotlight) Hierarchical structures, spanning multiple length scales from nano- to macroscales, are very common in nature; but only in recent years have they been systematically studied in ...

Researchers engineer a new class of microlattice materials with enhanced stiffness-to-density ratios and giant negative Poisson's ratios, ideal for lightweight applications. (Nanowerk Spotlight) ...

In a flat design flow, placement and routing resources are always visible and available. Designers then can perform routing optimization and avoid congestion to achieve a good-quality design ...

What Is A Hierarchical Models? Hierarchical models, also known as hierarchical statistical models, multilevel models or random-effects models, are tools for analysing data with a nested or grouped ...