Introductory Computational Physics
Teaches how to use the tools and methods of computationalphysics in a modern computational environment (Linux, computerclusters, program libraries, C++) ? Includes many sample programsand exercises (with no solutions printed) at the end of eachchapter ? Supported by a web site containing additional referenceinformation, further exercises, solutions and updates on newtechniques, software and hardware used in physics
¥346.10
How to Use a Computerized Telescope(ISBN=9780521007900)
¥336.80
The Psychology of the Internet(ISBN=9780521797092)
¥218.70
Methods for Computational Gene Prediction(ISBN=9780521706940
¥294.00
Parallel Computing(ISBN=9780521031899)
¥350.00
Data Analysis and Graphics Using R(ISBN=9780521861168)
¥461.40
The emerging field of computational topology utilizes theoryfrom topology and the power of computing to solve problems indiverse fields. Recent applications include computer graphics,computer-aided design (CAD), and structural biology, all of whichinvolve understanding the intrinsic shape of some real or abstractspace. A primary goal of this book is to present basic conceptsfrom topology and Morse theory to enable a non-specialist to graspand participate in current research in computational topology. Theauthor gives a self-contained presentation of the mathematicalconcepts from a computer scientist's point of view, combining pointset topology, algebraic topology, group theory, differentialmanifolds, and Morse theory. He also presents some recent advancesin the area, including topological persistence and hierarchicalMorse complexes. Throughout, the focus is on computationalchallenges and on presenting algorithms and data structures whenappropriate. ? Presents classical topological subject of Morse
¥367.00
An Introduction to Computational Physics
¥423.50