'Interpolation methods' presentation slideshows

Spatial Interpolation: A Brief Introduction

Spatial Interpolation: A Brief Introduction. Eugene Brusilovskiy. General Outline. Introduction to interpolation Deterministic interpolation methods Some basic statistical concepts Autocorrelation and First Law of Geography Geostatistical Interpolation Introduction to variography

821 views • 58 slides

Solver Settings

Solver Settings. Introductory FLUENT Training. Outline. Using the Solver Setting Solver Parameters Convergence Definition Monitoring Stability Accelerating Convergence Accuracy Grid Independence Grid Adaption Unsteady Flows Modeling Unsteady-flow problem setup

601 views • 46 slides

Interpolation Techniques; Simulation & Analysis

CS 584 Multimedia Communication. Interpolation Techniques; Simulation & Analysis. Asmar Azar Khan 2005-06-0003. Objective. Study and analyze different interpolation techniques Performance analysis of these techniques on different performance metrics

585 views • 42 slides

Yingcai Xiao

SCATTERED DATA VISUALIZATION. Yingcai Xiao. Scattered Data: sample points distributed unevenly and non-uniformly throughout the volume of interest. Example Data: chemical leakage at a tank-farm. Method of Approach : Interpolation-based Two-step Approach (Foley & Lane, 1990). Rendering.

521 views • 39 slides

Performance Evaluation of Several Interpolation Methods for GPS Satellite Orbit

Performance Evaluation of Several Interpolation Methods for GPS Satellite Orbit. Presented by Hamad Yousif Supervised by Dr. Ahmed El-Rabbany. Presentation Topics. Introduction Errors of Interpolation Lagrange Method Newton Divided Difference Method Trigonometric Method

564 views • 31 slides

Topic 6: Spatial Interpolation

Topic 6: Spatial Interpolation. ??? ? ? ? ?. Chapter Outline 13.1 Introduction Box 13.1 A Survey of Spatial Interpolation among GIS Packages 13.2 Elements of Spatial Interpolation 13.2.1 Control Points 13.2.2 Type of Spatial Interpolation 13.3 Global Methods

687 views • 31 slides

Using multi-body energy expansions from ab-initio calculations for computation of alloy phase structures

Using multi-body energy expansions from ab-initio calculations for computation of alloy phase structures. V. Sundararaghavan and Prof. Nicholas Zabaras. Materials Process Design and Control Laboratory Sibley School of Mechanical and Aerospace Engineering 188 Frank H. T. Rhodes Hall

419 views • 30 slides

Interesting Illumination Demo

495 views • 29 slides

Groundhog Day Storm Snowfall Map

Groundhog Day Storm Snowfall Map. Laura Lenfest. Abstract.

403 views • 22 slides

MEG 361 CAD

359 views • 21 slides

CBEO Year 3 Planning

CBEO Year 3 Planning. Rebecca Murphy Dec. 9, 2008. CBEO research. Interpolation methods Test and compare kriging methods in Bay 2D single depth (x,y) 2D along main stem (z,y) 3D kriging 3D kriging using water distance …3D (or 4D) kriging using travel time (extension project…)

273 views • 17 slides

ECE 5233 Satellite Communications

Prepared by: Dr . Ivica Kostanic Lecture 13: Propagation effect and link margin calculation (Section 8.1-8.3). ECE 5233 Satellite Communications. Spring 2014. Outline . Design for reliability Components of the atmospheric losses Abortion losses Cloud losses Losses associated with rain.

420 views • 11 slides

Introduction

IDW. kriging. spline. 10 sq.miles-6 hour. 10 sq.miles-12 hour. Comparison using IDW. Predicted Errors Mean=0.0000589 Root Mean Square=0.00612. Comparison using Spline Predicted Errors Mean=-0.0000140 Root Mean Square=0.0055. Data Used Probable Maximum Precipitation Maps.

69 views • 1 slides