Titlebook: Incentives and Performance; Governance of Resear Isabell M. Welpe,Jutta Wollersheim,Margit Osterloh Book 2015 Springer International Publis

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Amanda H. Goodall,Agnes Bäkert Linear Scan algorithms while delivering performance that can match or surpass that of Graph Coloring. Specifically, this paper makes the following contributions:.– We highlight three fundamental . in using Graph Coloring as a foundation for global register allocation, and introduce a . Extended Li

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Stefanie Ringelhan,Jutta Wollersheim,Isabell M. Welpeuages, but the use of the C pre-processor (.), especially ifdefs and macros. This has for example hindered the development of refactoring tools for C and C++..In this paper we propose to combine multiple techniques and heuristics to parse C/C++ source files as-is, while still having only a few modif

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Richard Münchd. To the best of our knowledge, this is the first integrated formulation for register allocation, optimal spill code generation and scheduling for software pipelined loops. The proposed formulation performs better than the existing heuristics by preventing an increase in II in 11.11% of the loops a

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Amanda H. Goodall,Agnes Bäkerd varied from 15× to 68×. In addition, the resulting execution time improved by up to 5.8%, with an average improvement of 2.3%..Together, these results show that Extended Linear Scan is promising as an alternate foundation for global register allocation, compared to Graph Coloring, due to its compi

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