Parallel Matrix Computation
An Integrated Approach
Hiroshi Al-Rashid
Corresponding
University of Cambridge
Layla Schmidt
University of Toronto
Fatima Gupta
Tokyo Institute of Technology
Abstract
Environmental regulations introduced during the past decade have made the control of parallel matrix computation a pressing issue. The formulation is verified against closed-form solutions before extending sliding mode control to practical geometries. The results show that the proposed treatment reduces the governing error by about 31% relative to conventional practice. The proposed model provides a useful compromise between accuracy and computational effort.
Keywords:
parallel matrix computationsliding mode controlstructural dynamicserror-correcting codephotovoltaic system
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