In this work, we propose an algorithm to simulate rare events for electronic circuit design. Our approach heavily relies on a smart use of importance sampling, which enables us tackle probabilities the magnitude 10 -10 . Not only can compute very default probability, but also quantile associated given probability and its expected shortfall. We show impressive efficiency method real circuits.

The reversible implementation of classical functions accounts for the bulk most known quantum algorithms. As a result, number circuit constructions over Clifford+$T$ gate set have been developed in recent years which use both state and phase spaces, or $X$ $Z$ bases, to reduce costs beyond what is possible at strictly level. We study generalize two particular classes these constructions: relati...

This talk will focus on Cadence’s vision for advanced EDA tools and technology for high-performance designs at sub-nanometer process nodes. There will be specific emphasis on design for manufacturability to maximize yield, “reliable” design techniques and supporting technologies, and tool support for new high performance and low power circuit design techniques.

We present a method of automatically generating circuit designs using evolutionary search and a set of circuit-constructing primitives arranged in a linear sequence. This representation has the desirable property that virtually all sets of circuit-constructing primitives result in valid circuit graphs. While this representation excludes certain circuit topologies, it is capable of generating a ...

In this paper, in order to show some interesting phenomena of three dimensional autonomous ordinary differential equations, the chaotic behavior as a function of a variable control parameter, has been studied. The complex dynamical behaviors of the system are further investigated by means of eigenvalue structures and various attractors. The chaotic system examined in MATLAB 2010. The Oscillator...