LEGENDRE, BATSOS, MORDOHAI: SAMPLED PHOTOCONSISTENCY STEREO 1 High-Resolution Stereo Matching based on Sampled Photoconsistency Computation

Source URL: www.cs.stevens.edu

LEGENDRE, BATSOS, MORDOHAI: SAMPLED PHOTOCONSISTENCY STEREO 1 High-Resolution Stereo Matching based on Sampled Photoconsistency Computation

Source URL: ict.usc.edu

Attribution  CRCT  (6  mois)       Fu  Lie     Jager  Lisette     Kitanine  Nikolai,     Legendre  Evelyne    

Source URL: cnu25.emath.fr

Optimal LED Selection for Multispectral Lighting Reproduction Chloe LeGendre∗ Xueming Yu Paul Debevec USC Institute for Creative Technologies 8.00E-03

Source URL: gl.ict.usc.edu

Studies and Training Foreign Affairs Oral History Project Women Ambassadors Series AMBASSADOR ANNE LEGENDRE ARMSTRONG Interviewed by: Ann Miller Morin Initial interview date: October 7, 1987

Source URL: www.adst.org

2,3,5, LEGENDRE: ±TRACE RATIOS IN FAMILIES OF ELLIPTIC CURVES NICHOLAS M. KATZ 1. Introduction The Legendre family of elliptic curves over the λ-line,

Source URL: web.math.princeton.edu

Annals of Mathematics), 1185–1239 doi: annalsConvex solutions to the mean curvature flow By Xu-Jia Wang

Source URL: maths-people.anu.edu.au

• Mathematical analysis
• Convex analysis
• Mathematics
• Geometry
• Convex function
• Differential geometry of surfaces
• Ricci flow
• Convex set
• Legendre transformation
• Flow
• Height

Math 4 Exam 2 September 15, 1998 Name _______________________ Instructor _________________

Source URL: braintrax.mst.edu

• Mathematics
• Geometry
• Mathematical analysis
• Elementary mathematics
• Curves
• Functions and mappings
• Y-intercept
• Function
• Parabolas
• Analytic geometry
• Quadratic function
• Legendre transformation

M2 research internship report Under the supervision of Nicolas Brisebarre, AriC team, Laboratoire d’Informatique du Parallélisme École Normale Supérieure de Lyon

Source URL: tgregoire.info

• Orthogonal polynomials
• Polynomials
• Algebra
• Differential equations
• Ordinary differential equations
• Gegenbauer polynomials
• Chebyshev polynomials
• Hermite polynomials
• Partial differential equation
• Bessel function
• Recurrence relation
• Legendre polynomials

Coefficients of the Legendre and Fourier Series for the Scattering Functions of Spherical Particles J. V. Dave Results of computations are presented to show the variations of coefficients of four different Legendre serie

Source URL: rtcodes.ltdri.org

• Fourier analysis
• Atomic physics
• Joseph Fourier
• Orthogonal polynomials
• Mathematical physics
• Spherical harmonics
• Fourier series
• Associated Legendre polynomials
• Fourier transform
• Sine
• Legendre function
• Bessel function