A binary-quantized cellular array model of linear diffusion systems is investigated microscopically by introducing virtual particles.

A binary-quantized cellular array model of linear diffusion sys- tems is investigated microscopically by introducing virtual parti-.

Abstract—A binary-quantized two-dimensional cellular array model of linear diffusion systems is in- vestigated microscopically by introducing virtual par-.

These networks have characteristics equivalent to those of linear diffusion systems in both time and frequency domains. In addition, network noise caused by the ...

A binary-quantized pseudo-diffusion system. ISCAS (4) 2004: 720-723. [c2]. no ... Binary and multi-valued cellular array models of linear distributed parameter ...

A binary-quantized cellular array model of linear diffusion systems is investigated microscopically by introducing virtual particles. A deterministic rule ...

A binary-quantized two-dimensional cellular array model of linear diffusion systems is investigated microscopically by introducing virtual particles.

In this article, we present particle models of classical dissipative wave and quantum dispersive wave systems. A particle model of classical waves is ...

Specifically, this project focuses on recent methods for compression and acceleration of generative models, such as large language models and diffusion models.

Accurate information on diffusion kinetics and mechanical characteristics for the ZrC-NbC pseudo-binary system is essential for developing high-performance ZrC- ...