Uncertainty arises in all stages of the visualization pipeline. However, the majority of flow visualization applications convey no uncertainty information to the user. In tools where uncertainty is conveyed, the focus is generally on data, such as error that stems from numerical methods used to generate a simulation or on uncertainty associated with mapping visualization primitives to data. Our...

<p>Arbitrary numerals are utilized in a wide range of uses. Genuine arbitrary numeral generators moderate and costly for some applications while pseudo (RNG) do the trick most applications. This paper fundamentally concentrates around co-simulation linear congruential generator (LCG) model utilizing Xilinx System checking on Matlab Simulink. The design is obtained from LCG calculation off...

We present hierarchical streamline bundles, a new approach to simplifying and visualizing 2D flow fields. Our method first densely seeds a flow field and produces a large number of streamlines that capture important flow features such as critical points. Then, we group spatially neighboring and geometrically similar streamlines to construct a hierarchy from which we extract streamline bundles a...

Streamline is a stream-based communication subsystem that spans from embedded hardware to userspace processes. It improves performance of memory and I/O bound applications by constructing tailor-made datapaths for each application at runtime. Datapath optimisation removes unnecessary copying, context switching and cache replacement. It simplifies integration of embedded and distributed hardware...

Advances in reservoir characterization and modeling have given the industry improved ability to build detailed geological models of petroleum reservoirs. These models are characterized by complex shapes and structures with discontinuous material properties that span many orders of magnitude. Models that represent fractures explicitly as volumetric objects pose a particular challenge to standard...

The investigation of the climate system is one of the most exciting areas of scientific research today. In the climate system, oceanic and atmospheric flows play a critical role. Because these flows are very complex in the span of temporal and spatial scales, effective computer visualization techniques are crucial to the analysis and understanding of the flows. However, the existing techniques ...