This research deals with a novel dynamic reconfigurable multiprocessor technique
combined with a System-On-Chip (SOC) and provides continuous transition activities in a …

Spread spectrum clocking (SSC) conventionally uses frequency modulation (FM) to
suppress digital switching noise in the frequency domain. While clock-FM effectively reduces …

The recent advancement in nanotechnology over a different scope of industries and an
expanded microelectronics market demand for low power, high performance and complexity …

In order to fit circuit electromagnetic emissions within a spectral mask, a design flow based
on high level current modeling for micropipeline circuits is proposed. The model produces a …

In this paper an overview of different clock management methods for the reduction of
switching noise is provided. On one hand, standard design-flow compliant methods such as …

A hybrid design approach of the hierarchical physical implementation design flow is
presented and demonstrated on a fault-tolerant low-power multiprocessor system. The …

La compatibilité électromagnétique des circuits est devenue un enjeu majeur en conception
numérique. Des méthodes de conception existent déjà pour réduire de manière qualitative …

This paper presents a methodology for digital switching noise suppressions on the power
lines at a fundamental frequency as well as its harmonics by using a clock scheduling …

With the scaling down of the technology node, both power consumption, and supply noise
are continuously increasing in modern VLSI designs. The emergent power supply noise …

In order to enable the power enterprises to identify the zero electricity user characteristics
more accurately, this paper analyzes the zero electricity user characteristics collection …