This article introduces a comprehensive approach for designing and analyzing signal
integrity in heterogeneous integrated systems that incorporate neuromorphic Darwin chips …

This article proposes a new physics-assisted genetic algorithm (PAGA) for decoupling
capacitor (decap) optimization in power distribution networks (PDNs), which is a highly …

Deep neural networks (DNNs) have been broadly adopted in efficiently modeling and
optimizing the signal integrity of high-speed interconnects. However, using DNNs could …

This article introduces an efficient method for the equivalent circuit characterization and full-
wave analysis of microstrip structures, leveraging the full-wave partial element equivalent …

The advent of 6G wireless networks necessitates a synergistic design approach for sensing,
communication, and protection, highlighting the capability of systems to function in transition …

Intelligent pin assignment (pinmap) of ball grid array packages for electromagnetic
interference mitigation is becoming a new trend. A high-performance design methodology …

This article presents an efficient S‐parameter extraction method for memristor‐based
crossbar array circuits. The proposed approach involves converting the array into an …

Neuromorphic chips constructed by memristor crossbar array have been introduced to
realize in-memory computation. The simulations are usually conducted by full-wave …

This article proposes a new physics-assisted genetic algorithm (PAGA) for decoupling
capacitor (decap) optimization in power distribution networks (PDNs), which is, by far, the …

This paper introduces a novel reconfigurable metasurface with an expanded tuning range,
which addresses the limitations of conventional band-stop structures. A unique method that …