This paper proposes a comprehensive model order reduction framework to enable fast
power integrity verification at the system level. This approach is developed to compress …

This application paper addresses the problem of transient simulation of system-level power
distribution networks (PDNs) of multicore processing systems. In particular, we consider a …

Common design and verification flows of electronic systems under Signal and/or Power
Integrity (SI/PI) constraints often rely on the availability of accurate macromodels of …

Building on well-known system theoretical results, simple numerical tools are introduced for
the evaluation of the worst-case voltage droops in Power Distribution Networks (PDN), in …

This paper presents a novel Model Order Reduction approach as an extension of the well-
known Balanced Truncation. The key contribution is a semi-analytical approach for the …

This paper introduces the adaptive generation of orthogonal rational approximations
(AGORA) method for rational function approximation of measured or simulated microwave …

This contribution introduces a novel approach for generating guaranteed stable
macromodels of large multiport structures in a completely automated and efficient manner …

This paper considers a complete power delivery network model of a multicore processing
system, including per-core voltage regulation loops through Fully Integrated Voltage …

This research paper presents a comprehensive comparative analysis of six regression
algorithms used for frequency prediction in Power Delivery Networks (PDNs). The study …

This thesis aims to develop a MATLAB code capable of performing a fast transient analysis
of a microprocessor's power delivery network (PDN). The initial phase of the research …