In the present study, commonly used weakly compressible lattice Boltzmann method and Guo incompressible lattice Boltzmann method have been used to simulate fluid flow in a stirred tank. For this purpose a 3D Parallel code has been developed in the framework of the lattice Boltzmann method. This program has been used for simulation of flow at different geometries such as 2D channel fluid flow an...

In the field of computer graphics, fluid-like motion is an important and challenging problem with many applications. Currently, the graphical performance and resolution of the mobile handset is highly improved; therefore, mobile 3D games and physically based animations are also more and more popular items in the mobile services. Yet interactive physically-based fluid simulation is still challen...

This paper describes the magmaOffenburg 3D simulation team trying to qualify for RoboCup 2012. While last year’s TDP focused on the tool set created for 3D simulation and the support for heterogeneous robot models, this year we focus on the different ways how robot behavior can be defined in the magmaOffenburg framework and how those behaviors can be improved by learning.

With the aid of the powerful computational ability and software tools, we undergo rapid change in a whole product manufacturing process. In a traditional way, it took long time and cost to build real manufacturing line. The behind time change for the manufacturing process ends up with supplementing large amount of budget. Therefore early detecting the errors on manufacturing process saves quite...

Control interfaces provide the most tangible connection between human users and computer software. This link is especially important in interactive real-time applications, like games and simulations, because users desire efficient controls that allow them to maximize their interactivity and immersion with the software. Traditionally, interfaces have been largely limited to keyboards and mice. R...

One of the main issues in the application of multiple-point statistics (MPS) to the simulation of threedimensional (3D) blocks is the lack of a suitable 3D training image. In this work, we compare three methods of overcoming this issue using information coming from bidimensional (2D) training images. One approach is based on the aggregation of probabilities. The other approaches are novel. One ...

This paper presents a method that combines shadow detection and a 3D box model including shadow simulation, for estimation of size and position of vehicles. We define a similarity measure between a simulated image of a 3D box, including the box shadow, and a captured image that is classified into background/foreground/shadow. The similarity measure is used in an optimization procedure to find t...

In this demonstration, we present IP Network Designer: interfaces for IP network simulation. The IP Network Designer consists of two subsystems: The IP Network Design Workbench and a 3D simulator. IP Network Design Workbench is intended to support a collaborative design and simulation of an IP network by a group of network designers and their customers. This system is based on a tangible user i...

The packet switching based Network-on-Chip (NoC) is an obvious interconnect design alternative to the shared bus, crossbar or ring based on-chip communication architecture used in System-on-Chips (SoCs). The advent of the three dimensional NoC (3D NoC) architecture attracts added interest as it offers improved performance and shorter global interconnect. In the 3D NoC architecture, topology pla...

A new simulation tool for 3D simulation of fluid dynamics for liquids and gases is presented. The new version of Fluids6 supports multiprocessing, which considerably accelerates the simulation. The program includes en editor for 3D ducts with obstacles, holes, moving walls and internal temperature sources (in gas case). The external pressure pulse can be applied. Fluids6 provides various forms ...