Space-Filling Curves: An Introduction with Applications in Scientific Computing

Space-Filling Curves: An Introduction with Applications in Scientific Computing By Bader, Michael Published by Springer Publication Date: 2012-10-14 Subject: Computers Computer Science, Computers Data Science General, Computers Programming Algorithms, Computers Computer Science, Computers Data Science - General, Computers Programming - Algorithms, Mathematics Applied, Mathematics Applied, Maths For Computer Scientists, Maths For Scientists, Numerical Analysis, Algorithms And Data Structures, Applied Mathematics, Mathematical Theory Of Computation, Informatik, Edv Allgemeines, Lexika, Computing: Professional & Programming, Maths For Computer Scientists, Maths For Scientists, Numerical Analysis, Computers Computer Science, Computers, Computer Science, Computers Programming Algorithms, Programming, Algorithms, Mathematics Applied, Mathematics, Applied, Computers Data Science General, Data Science, General, Algorithms And Data Structures, Applied Mathematics, Mathematical Theory Of Computation, Curves - Mathematical Models, Curves On Surfaces - Mathematical Models, Anf: Mathematics Subject Keywords: adaptive meshes; algorithms in scientific computing; octrees; parallelisation; space-filling curves; Hilbert curve; Peano curve; Sierpinski curve Genre: Maths For Computer Scientists, Maths For Scientists, Numerical Analysis, Computers, Computer Science, Computers, Programming, Algorithms, Mathematics, Applied, Computers, Data Science, General, Numerical Analysis, Algorithms And Data Structures, Applied Mathematics, Mathematical Theory Of Computation Target Audience: Tertiary education