Titlebook: Compiler Construction; 8th International Co Stefan J?hnichen Conference proceedings 1999 Springer-Verlag Berlin Heidelberg 1999 Code Optimi

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James N. Campbell,Richard A. Meyers of the input to the compiler and the abstract trees upon which attribution is performed. An event system allows fine-tuned control of program execution. The result is a debugging system that enables developers to diagnose bugs without having to have any knowledge of the underlying mechanisms used

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https://doi.org/10.1007/978-3-030-26207-5ion to eliminate redundancy at the earliest opportunity in an aggressive fashion. The heuristic method uses a surprisingly simple check which is formally shown to . eliminate redundancy in the state diagram. From our experimental results on two real architectures, both of the two methods show a grea

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Hazards of Spinal/Lumbar Puncture,information to the compiler. This information is used by other analysis and transformation passes to achieve highly optimized code. Symbolic analysis also helps statically quantify the effectiveness of transformations. The graphical user interface assists compiler development as well as application

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N. E. Naftchi,A. T. Viau,E. W. Lowman, software prefetching becomes much more attractive. Indeed, we also present a software prefetching algorithm that can be used when dealing with VCLs resulting in even higher data cache performance. Our results show that the average performance of linked list operations, like scan, insert, and delet

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Debugging Eli-Generated Compilers with Noosas of the input to the compiler and the abstract trees upon which attribution is performed. An event system allows fine-tuned control of program execution. The result is a debugging system that enables developers to diagnose bugs without having to have any knowledge of the underlying mechanisms used

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Register Pressure Sensitive Redundancy Eliminationssure: our novel technique first sets upper limits on allowed register pressure and then performs redundancy elimination within these limits. By setting strict register pressure limits for frequently executed (hot) blocks and higher limits for infrequently executed (cold) blocks, our algorithm permi

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