Computational Geometry
Using Computational Geometry to Improve Process Rescheduling on Round-Based Parallel Applications
... 7. Conclusion. Considering that the bulk synchronous style is a common organization on writing success- ful parallel programs [7, 10, 17], MigCube and MigHull emerge as alternatives for selecting their processes for ...
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Computational geometry for modeling neural populations: From visualization to simulation
... The method is extremely flexible: upon the creation of a novel neural model (2D) we will be able to simulate a population subjected to synaptic input without writing a single line of new code. We require the user to ...
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Sensor Node Placement Methods Based on Computational Geometry in Wireless Sensor Networks: A Review
... Computational Geometry plays a vital role in designing a WSN providing an estimated environment to work on. Also, it has a great advantage on performance evaluation of WSN in terms of coverage and ...
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Parleda: a Library for Parallel Processing in Computational Geometry Applications
... Abstract ParLeda is a software library that provides the basic primitives needed for parallel implementation of computational geometry applications. It can also be used in implementing a parallel ...
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Feasibility of detecting and localizing radioactive source using image processing and computational geometry algorithms
... We consider the problem of finding the localization of radioactive source by using data from a digital camera. In other words, the camera could help us to detect the direction of radioactive rays radiation. Therefore, ...
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Quantitatively Structuring A Trabecular Network Using Computational Geometry Techniques
... a computational geometry technique is used for assessing the effect of trabeculae structure on local micro-fracture, from sequential 2D images of the cross section of a hamster femur surface undergone a ...
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A Coverage Issues Based on Computational Geometry in Wireless Sensor Networks: A Review Study
... Most of them agreed that preparation of work estimates were very effective and the plans were scrutinized at Gram Sabha, Panchayat and Block level effectively and the employme[r] ...
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A Coverage Issues Based on Computational Geometry in Wireless Sensor Networks: A Review Study
... Figure 5 shows a graph plotting the number of crawled URLs classified by distance from the latest relevant referrer page (n). pages which are referred to by the relevant referr[r] ...
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A Coverage Issues Based on Computational Geometry in Wireless Sensor Networks: A Review Study
... Physico-chemical analysis such as temperature, salinity, alkalinity, total hardness, phosphate, sulphate, nitrate, pH, electrical conductivity, T.D.S., turbidity, dissol[r] ...
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Applications of Computational Geometry and Computer Vision
... State-of-the-art gender classification methods generally fall into the following main categories: Convolutional Neural Networks (CNN), Dual Tree Complex Wavelet Transform (DTCWT) + a Support Vector Machine (SVM) ...
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Life Cycle Modeling of Structural Defects via Computational Geometry and Time Series Forecasting
... Structural damage; Stochastic modeling; Convex Hull; ARIMA; VAR; Fatigue crack prediction.. 34 35.[r] ...
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Computational Procedure for Calculating Sherwood Number Values in Vertical Channel Geometry by using the Numerical Method Finite Element Method
... Abstract — In this paper we analyzed the computational procedure for calculating Sherwood number values by Mathematica 4.1 Software Commands in Vertical Channel Geo[r] ...
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FRACTAL GEOMETRY. Introduction to Fractal Geometry
... fractal geometry is just being to take off and already we have found practical application, such as reducing file size of images and greatly enhancing their ...fractal geometry will continue to become more ...
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A Quantitative Computational Method for Landslip Orientation of a Body Isolated from Bed Rock in Mountain by Using Spatial Analytic Geometry
... In paper [1], Professor Shi Gen Hua found that the land- slip of an isolated rock body is only able to produce along finite planes. If one parallel moves the finite planes passed through origin O, then he will find on ...
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A Reasoning Method on Knowledge Base of Computational Objects and Designing a System for Automatically Solving Plane Geometry Problems
... the Computational Network and its application has been built successfully in [19, 21], moreover, model of Coputational Network using Sample Problems has been researched completely [17, ...and Computational ...
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Enhancing Computational Thinking with Spreadsheet and Fractal Geometry: Part 4 Plant Growth modeling and Space Filling Curves
... 3 Quadratic Koch Island by L-System: a n=0, b n=1, c n=2, d n=3 Example 1: Let us draw the figure corresponding to the string FFF-FF-F-F+F+FF-F-FFF Where starting angle of the turtle pos[r] ...
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Investigation of Effects of Trailing Edge Geometry on Vertical Axis Wind Turbine through Structural and Computational Fluid Dynamics Analysis
... turbine. From modal and harmonic analysis, it is concluded that the mode shapes obtained for Round, gurney Flap and wedge are different due to changes in mass distribution of geometry. Six different materials of ...
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A computational fluid dynamic analysis on the effect of front row pin geometry on the aerothermodynamic properties of a pin vented brake disc
... the geometry of the pins as well as their distribution may affect heat transfer char- acteristics ...the geometry of pin- vented rotors to maximize the aerothermodynamic or thermomechanical properties of ...
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Applications of Riemannian Geometry Comparing with Symplectic Geometry
... Riemannian geometry is the branch of differential geometry [9] that studies Riemannian manifolds, smooth manifolds with a Riemannian ...Riemannian geometry was first put forward in generality by ...
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The Geometry of Sloppiness
... This paper’s main contribution is to serve as a first step towards a unified math- ematical framework for sloppiness rooted in algebra and geometry. While our work does not synthesizes the entirety of the field, ...
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