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Difference between revisions of "vector-length agnostic"
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| − | '''Vector-length agnostic''' ('''VLA''') refers to a [[programming model]] whereby vectorized code is compiled such that it could run under any [[vector length]] the underlying [[microarchitecture]] implements. In other words, VLA-based vectorized code automatically adapts to the [[vector length]] of the machine at [[runtime]]. | + | '''Vector-length agnostic''' ('''VLA''') refers to a [[programming model]] whereby vectorized code is compiled such that it could run under any [[vector length]] the underlying [[microarchitecture]] implements. In other words, VLA-based vectorized code automatically adapts and scales to the [[vector length]] of the machine at [[runtime]]. |
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Latest revision as of 13:28, 23 September 2018
Vector-length agnostic (VLA) refers to a programming model whereby vectorized code is compiled such that it could run under any vector length the underlying microarchitecture implements. In other words, VLA-based vectorized code automatically adapts and scales to the vector length of the machine at runtime.
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