By Goro Shimura
By Norman Matloff
Parallel Computing for facts technology: With Examples in R, C++ and CUDA is without doubt one of the first parallel computing books to pay attention completely on parallel information buildings, algorithms, software program instruments, and purposes in facts technology. It comprises examples not just from the vintage "n observations, p variables" matrix layout but in addition from time sequence, community graph versions, and various different constructions universal in information technology. The examples illustrate the variety of concerns encountered in parallel programming.
With the focus on computation, the ebook indicates the way to compute on 3 different types of systems: multicore platforms, clusters, and pics processing devices (GPUs). It additionally discusses software program applications that span multiple form of and will be used from multiple kind of programming language. Readers will locate that the root validated during this publication will generalize good to different languages, corresponding to Python and Julia.
By Mark H. Holmes
By Robert Plato
By Florian Martin
By Jan Snyman
By Dongming Wang,Zhiming Zheng
This e-book provides the cutting-edge in tackling differential equations utilizing complicated equipment and software program instruments of symbolic computation. It makes a speciality of the symbolic-computational facets of 3 varieties of primary difficulties in differential equations: remodeling the equations, fixing the equations, and learning the constitution and houses in their solutions.
By David Y. Gao,Hanif D. Sherali
The articles that include this wonderful annual quantity for the Advances in Mechanics and Mathematics sequence were written in honor of Gilbert Strang, a global well known mathematician and unparalleled individual. Written through prime specialists in complementarity, duality, worldwide optimization, and quantum computations, this assortment unearths the wonderful thing about those mathematical disciplines and investigates contemporary advancements in worldwide optimization, nonconvex and nonsmooth research, nonlinear programming, theoretical and engineering mechanics, huge scale computation, quantum algorithms and computation, and data theory.
By George Em Karniadakis,Ali Beskok,Narayan Aluru
Subject quarter has witnessed explosive development over the last decade and the know-how is progressing at an astronomical rate.
Previous variation used to be first to concentration completely on stream physics inside microdevices. It offered over 900 copies in North the United States given that 11/01.
New variation is forty percentage longer, with 4 new chapters on contemporary themes together with Nanofluidics.
By M. W. Wong
This textbook provides easy notions and methods of Fourier research in discrete settings. Written in a concise variety, it really is interlaced with comments, discussions and motivations from sign analysis.
The first half is devoted to issues with regards to the Fourier remodel, together with discrete time-frequency research and discrete wavelet research. uncomplicated wisdom of linear algebra and calculus is the single prerequisite. the second one half is equipped on Hilbert areas and Fourier sequence and culminates in a piece on pseudo-differential operators, offering a lucid advent to this complex subject in research. a few degree conception language is used, even though such a lot of this half is obtainable to scholars accustomed to an undergraduate direction in actual research.
Discrete Fourier Analysis is aimed toward complicated undergraduate and graduate scholars in arithmetic and utilized arithmetic. superior with workouts, will probably be a great source for the school room in addition to for self-study.