karrenberg/wfv
IMPORTANT NOTICE: This implementation is long outdated. The new libwfv will be released soon. Whole-Function Vectorization is an algorithm that transforms a scalar function in such a way that it computes W executions of the original code in parallel using SIMD instructions (W is the target architecture's SIMD width). This implementation of the algorithm is a language- and platform-independent code transformation that works on low-level intermediate code given by an arbitrary control-flow graph in SSA form (LLVM bitcode).
C++NOASSERTION
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