Titlebook: Compiler Construction; 13th International C Evelyn Duesterwald Conference proceedings 2004 Springer-Verlag Berlin Heidelberg 2004 Compiler.

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Increasing the Applicability of Scalar Replacement accessed from a register rather than memory, thereby eliminating unnecessary memory accesses. A previous approach to this problem combines scalar replacement with a loop transformation called unroll-and-jam, whereby outer loops in a nest are unrolled, and the resulting duplicate inner loop bodies a

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Reducing the Cost of Object Boxingcts into the required form. The cost of this boxing process impacts upon the performance of programs that make heavy use of genericity with non-uniform data such as integers and other primitive value types. We show that the overhead of boxing objects into heap storage can be significantly reduced by

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FFT Compiler Techniquesallelism. Numerical applications are accelerated by automatically vectorizing blocks of straight line code to be run on processors featuring two-way short vector SIMD extensions like Intel’s SSE?2 on Pentium 4, SSE?3 on Intel Prescott, AMD’s 3DNow! , and IBM’s SIMD operations implemented on the new

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Stochastic Bit-Width Approximation Using Extreme Value Theory for Customizable ProcessorsThe area and power consumption of application-specific functional units, registers and memory blocks is heavily dependent on the bit-widths of operands used in computations. The actual bit-width required to store the values assigned to a variable during execution of a program will not in general mat

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Integrating the Soot Compiler Infrastructure into an IDEpse. Such an integrated toolkit is useful for both the compiler developer, to aid in understanding and debugging new analyses, and also for the end-user of the IDE, to aid in program understanding by exposing semantic information gathered by the advanced compiler analyses. The paper discusses these

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Florian Bartholomae,Marcus Wienshi’s approach can be expensive. We also present results from our new Binary RNGLR algorithm which is asymptotically the fastest parser in this family and show that the recently reported reduction incorporated parsers can require automata that are too large to be practical on current machines.

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