| R.A. Lotufo, E.L. Dagless, D.J. Milford, A.D. Morgan, J.F. Morrissey, and B.T. Thomas. Hough transform for transputer arrays. In Proc. of 3rd Int. Conf. on Image processing and its Applications, pages 122--130, Warwick, UK, 1989. |
....and paraML (Bailey and Newey, 1994) This has the disadvantage of placing the onus on the programmer to identify where parallelism is appropriate, requiring detailed knowledge of the underlying architecture and the performance of programs upon it, analogous to machine code programming. Skeleton parallelism (Cole, 1989) is based on efficient generic parallel harnesses for common functional constructs, typically higher order functions. Programmers may either choose skeletons based on expert understanding of the program and architecture, or skeletons may be identified automatically from programs (Darlington et ....
R.A. Lotufo, E.L. Dagless, D.J. Milford, A.D. Morgan, J.F. Morrissey, and B.T. Thomas. Hough transform for transputer arrays. In Proc. of 3rd Int. Conf. on Image processing and its Applications, pages 122--130, Warwick, UK, 1989.
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R.A. Lotufo, E.L. Dagless, D.J. Milford, A.D. Morgan, J.F. Morrissey, and B.T. Thomas. Hough transform for transputer arrays. In Proc. of 3rd Int. Conf. on Image processing and its Applications, pages 122--130, Warwick, UK, 1989.
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