Brian Kilmeade
Brian Michael Bendis
Brian Catling
Brian Turner
Brian Girling
Brian H. Maskell
Brian King
Brian Pichman
Brian Cardarella
Brian Levin
Brian Malley
Brian Stonehouse
Brian French
Brian Simmons
Brian J. Krabak
Brian Simmons
Brian Herbert
Brian Simmons
Brian Campbell
Brian McDonald
Brian Simmons
Brian Jay Corrigan
Brian Sibley
J. Brian Pinkney
Brian Lumley
Brian Simmons
Brian Cudnik
Brian Jay Corrigan
Brian Jay Corrigan
Brian S. Brooks
Brian Rothwell
Brian Still
Brian Simmons
Brian Tucker
Brian "Smitty" Smith
Brian J. Maxson
Brian McNair
Professor Brian Cox
Brian Tobin
Brian Flores
Brian Boone
Brian Michael Bendis
Brian J. Maxson
Brian O'Leary
Brian Simmons
Brian Simmons
Brian Reading
Brian Swann
Brian P. Cleary
Brian Merchant
Brian J. McVeigh
Brian Levison
Michael Brian Schiffer
Brian A. Korgel
Brian Lander
Annabel Abbs
Brian James Baer
Brian Butterworth
Catherine Lanigan
Frank Nielsen
Sylvia Endacott
Vasile Marinca
Brian Joines
E. Phillips Oppenheim
Richard Paul
Marion Meade
Gregory MacDonald
Benjamin Eric Hill
Vijay Gupta
The study of linear positive operators is an area of mathematical studies with significant relevance to studies of computer-aided geometric design, numerical analysis, and differential equations.
Poston, Dudley L., Jr.
K. C Parton
Ann M. Martin
Robert Ryan
John B. Taylor
Fred Bowen
Francis Stickland
Khaldoun Al Agha
James A. Michener
Marco Vassi
H. James Harrington
Mike Elbert
Joseph G. Davis
Leanne Compton
Peter Higgins
Rachel Kramer Bussel
Ignes Sodre
Stephan Haggard
Tugrul U. Daim
V. h
Sapper
Theodora Antonopoulou
Tom Angotti
Dhinaharan Nagamalai
Larissa A. Grunig
Axel Groeger
T. R. Fehrenbach
Cecelia Holland
Kwang W. Jeon
Lee A. Foote
Adrian Fogelin
Frances Ya-Chu Cowhig
Richard Kieckhefer
Fabian Gigengack
Respiratory and cardiac motion leads to image degradation in positron emission tomography (pet), which impairs quantification.
Yiannis Nikolaidis
John Spurling
Anne Giulieri
Rebekka Horlacher
Joachim Latacz
Hermann Alfred Hirt
Alexander Wilson
Inge van Rij