Towards an Optimal Bit-Reversal Permutation Program (1998)

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by Larry Carter , Kang Su Gatlin
Venue:In Proceeding of IEEE Foundations of Computer Science
Citations:11 - 2 self

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8 Memory Hierarchy Considerations for Fast Transpose and Bit-Reversals – Kang Su Gatlin, Larry Carter - 1999
116 The Uniform Memory Hierarchy Model of Computation – Bowen Alpern, Larry Carter, Ephraim Feig, Ted Selker - 1992
45 Modeling Parallel Computers as Memory Hierarchies – Bowen Alpern, Larry Carter, Jeanne Ferrante - 1993
38 Efficient External-Memory Data Structures and Applications – Lars Arge - 1996
17 Portable High-Performance Programs – Matteo Frigo, Charles E. Leiserson - 1999
12 Cache-oblivious algorithms (Extended Abstract) – Matteo Frigo, Charles E. Leiserson, Harald Prokop, Sridhar Ramachandran - 1999
79 Cache-Oblivious Algorithms – Harald Prokop - 1999
14 Cache oblivious algorithms – Piyush Kumar - 2003
Minimizing the Input/Output Bottleneck – Mark Howard Nodine, Mark Howard Nodine, Mark Howard Nodine, Jeffrey Vitter, Daniel P. Lopresti, Alok Aggarwal - 1992
27 External-Memory Algorithms with Applications in Geographic Information Systems – Lars Arge - 1997
2 Memory Reference Locality in Binary Search Trees – Kenneth Oksanen, Instructor Lecturer, Lauri Malmi - 1995
10 Cache-oblivious algorithms and data structures – Gerth Stølting Brodal - 2004
3 Optimal Deterministic Sorting in Parallel Memory Hierarchies – Mark H. Nodine, Jeffrey Scott Vitter - 1992
13 Rectilinear Steiner Tree Minimization on a Workstation – Clark Thomborson, Bowen Alpern, Larry Carter - 1992
Connexions module: m16336 1 Implementing FFTs in Practice ∗ – Steven G. Johnson, Matteo Frigo
1 Implementing FFTs in Practice – Steven G. Johnson, Matteo Frigo - 2009
Quantitative Performance Modeling of Scientific Computations and Creating Locality in Numerical Algorithms – Charles E. Leiserson, Sivan Avraham Toledo, Sivan Avraham Toledo - 1995
59 A Survey of Out-of-Core Algorithms in Numerical Linear Algebra – Sivan Toledo - 1999
57 Models of Computation -- Exploring the Power of Computing – John E. Savage