high performance computing on graphics processing units: hgpu.org

To overcome the limitations of triangle and point based surfaces several authors have recently investigated surface representations that are based on higher order primitives. Among these are MPU, SLIM surfaces, dynamic skin surfaces and higher order iso-surfaces. Up to now these representations were not suitable for interactive applications because of the lack of an efficient […]

The aim of this paper is the efficient use of CPU and GPU clusters for a general path-dependent exotic European pricing, and their comparison in terms of speed and energy consumption. To reach our goal, we propose a parallel random number generator which is well suited to the parallelization paradigm, then, we implement a multidimensional […]

Ant Colony Optimization is computationally expensive when it comes to complex problems. The Jacket toolbox allows implementation of MATLAB programs in Graphics Processing Unit (GPU). This paper presents and implements a parallel MAX-MIN Ant System (MMAS) based on a GPU+CPU hardware platform under the MATLAB environment with Jacket toolbox to solve Traveling Salesman Problem (TSP). […]

The history of humanity is that we strive to use better tools and knowledge to build even better tools, and extend further the border of knowledge. In the past 50 years, CPU, as a dominant paradigm for computing, has provided exponential growth as predicted by Moore’s Law with remarkable accuracy. We have been leveraging CPUs […]

In this paper, we present a framework for efficiently integrating programming resources of both GPU and CPU. We introduce an object oriented framework for GPGPU-based image processing. We illustrate a set of classes exploiting the design and programming advantages of an object oriented language, such as code reusability/extensibility, flexibility, information hiding, and complexity hiding. This […]

The Fermi GF100 is a GPU architecture that provides several new capabilities beyond the Nvidia GT200 or Tesla architecture. The Fermi architecture offers up to 512 CUDA cores and special features for gaming and high-performance computing. This article describes the GPU’s new capabilities for tessellation, physics processing, and computational graphics.

The computation of an electromagnetic reflectivity image from a set of radar returns is a computationally intensive process. Therefore, the use of high performance computing is required to form images from radar signals in a short time frame. This paper explores the use of distributed memory cluster computers and accelerator technologies such as GPUs for […]

In this paper, we propose a novel floor planning algorithm for GPUs. Floor planning is an inherently sequential algorithm, far from the typical programs suitable for Single Instruction Multiple Thread (SIMT) style concurrency in a GPU. We propose a fundamentally different approach of exploring the floor plan solution space, where we evaluate concurrent moves on […]

Current experiments with HCIs have shown a high demand for more natural interaction paradigms. Gestures are thereby considered the most important cue besides speech. In order to recognize gestures it is necessary to extract meaningful motion features from the body. Up to now mostly marker based tracking systems are used in virtual reality environments, since […]

In this paper, we demonstrate that runtime of VLSI Computer-aided design (CAD) applications can be successfully reduced with parallel programming in conjunction with Graphic Processing Units (GPUs). Particularly, we apply GPU-based computing to the sequence pair based floorplanning algorithm. In addition to reducing runtime, we focus on the minimization of changes in code structure in […]

This paper concerns the real-time simulation of forests for a flight simulator, exploiting the capacities of recent graphics cards. As we will show, these architectures coupled with recent ergonomic environments like CUDA allow C-programmers to implement highly parallelizable algorithms to be executed on GPU, without being specialized in parallel programming. The first results exhibited are […]

Recently, double-negative meta-materials are widely studied in scientific research. The double-negative (DNG) mediums are characterized by simultaneous negative permittivity and permeability. In order to make the FDTD method analyze the electromagnetic scattering and propagation for double-negative (DNG) medium, z-transform is applied to the FDTD method in the double-negative (DNG) medium. For the simulations, extremely large […]