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Can search_n be more efficient?

, 27 Mar 2007 CPOL
This article is discussing the efficiency of the most popular search_n implementations. Furthermore, it is introducing a new search_n specialization for random access iterators, which outruns by far the most commonly used implementations.

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This article, along with any associated source code and files, is licensed under The Code Project Open License (CPOL)

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About the Author

Jim Xochellis
Software Developer
Greece Greece
I live in Greece with my wife and our two daughters. I am a professional software developer since 1999, using mostly C/C++ in my work.

My main expertise are: C/C++, STL, software optimization, generic programming and debugging. I am also very experienced in client–server programming, communications, concurrent programming, software security and cryptography. Finally, in my early professional years, I have worked a lot on cross-platform programming (Mac+Win).

I am familiar with the MFC, wxWidgets and Cplat GUI frameworks and the Python, Java, Pascal, Fortran, Prolog and Rexx programming languages.

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