Absfracr-Vedor 7 .have promised an ewrmous h a w s e in Computing speed for c o m p u t a t~d y "sive and timoaiticll power system problems which require the repeated solution of sparse linear equations. Due to short vectors proassed in these applications, st.nd.rd sparsity-based a l g " s need to be rrstnrctured for efiiciard vedorization This p.pa PreMltp a novel data storage scheme and an &cieat vedorhtion algorithm that exploits the intrinsic a r c h k h d features of vedor computers such as sedioaing and chahing As the b"& the solution phase of the Fast Deooupled Load Flow algorithm is used in simulations. The relative perform~ocs of the proposed and existing vedorization schemes are evaluated, both theoretically and experimentally, on IBM 3090NF.
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