'R sin' diaporamas de présentation

OpenGL: Simple Use

OpenGL: Simple Use. Open a window and attach OpenGL to it Set projection parameters (e.g., field of view) Setup lighting, if any Main rendering loop Set camera pose with gluLookAt() Camera position specified in world coordinates Render polygons of model

669 views • 46 slides

High-Precision Indoor Localization Using Spinning Beacons

High-Precision Indoor Localization Using Spinning Beacons. Presenter Ho-lin Chang. Outline. Introduction Design Implementation Evaluation Conclusion and future Work. Introduction - Motivation. Warehouse. Security. Healthcare. Indoor location-based service.

617 views • 44 slides

Collaborators Johan Durand, CEA - Saclay Jun He, CEA - Saclay Zhenping Li, Univ. of Maryland

426 views • 22 slides

Using Matlab

Jake Blanchard University of Wisconsin Spring 2006. Using Matlab. About Matlab. Origins are in linear algebra Much functionality added later Runs on all platforms Many toolboxes exist. The User Interface. You can use Matlab interactively Just type commands and view results

319 views • 15 slides

Polar Equation of Conics

Polar Equation of Conics. -- D eo. An Alternative Definition of Conics. Let L be a fixed line (the directrix ); let F be a fixed point (the focus ) not on L ; and let e be a positive constant ( the eccentricity ). A conic is the set of all points P in the plane such that

248 views • 10 slides

Polar Derivatives

Polar Derivatives. Section 10-4 continued. Slope and Tangent Lines. To find the slope of a tangent line to a polar graph, consider a differentiable function given by r = f ( ? ). To find the slope in polar form, use the parametric equations x = r cos ? = f ( ? ) cos ? and

192 views • 9 slides

Simulation of multiple Q dK2 errors(cont.2)

? =1e-3(for 20cm Q) variable(for FD). Simulation of multiple Q dK2 errors(cont.2). dK2=2 sgn K1 ? /r (r=10mm, sgn= ?1 : random for each Q ). dK2= + 2 K1 ? /r (r=10mm). dK2= - 2 K1 ? /r (r=10mm). Example: d FD=5e-4. Corr ?. It seems OK for d FD=5e-4.

130 views • 4 slides