Computational micromagnetics requires numerical solution of partial differential equations to resolve complex interactions in magnetic nanomaterials. The Virtual Micromagnetics project described here provides virtual machine simulation environments to run open-source micromagnetic simulation packages [1]. These environments allow easy access to simulation packages that are often difficult to co...

This paper proposes a framework for a virtual entity‐based rapid prototype (VERP) to facilitate the design and simulation of humanoid robots. The VERP framework consists of three components: virtual entities, a high‐fidelity simulation environment with physical and rendering engines, and an interface between the physical and simulation environments. To study the effectiveness of...

In the context of virtual machines live migration, two strategies called “pre-copy” and “post-copy” have already been presented; but each of these strategies works well only in some circumstances. In this paper, we have a brief presentation of QAVNS and then introduce a new approach which is based on the concept of "informational object", assigning QAVNS-scheme-revision number, and observing th...

This paper describes the architecture and initial implementation of the Isaac system. Our general research goal is to develop simulation support for virtual environments. Existing virtual environments are often graphically rich, but behaviorally impoverished. On the other hand, existing physical system simulation software is not well-suited for use within virtual environments. The Isaac system ...