Peter F. Sweeney, Michael Burke
Software - Practice and Experience
This paper reports preliminary results from applying advanced techniques to the parallelization of sequential programs. Such techniques include interprocedural analysis and the identification of nested parallelism. These techniques have been proposed for exploiting the greater concurrency offered by multiprocessors as compared with vector architectures. The effectiveness of these techniques as applied to some popular numerical Fortran programs is examined. Although extrapolation is difficult, these preliminary results are encouraging indicators of the success of these techniques. © 1988, ACM. All rights reserved.
Peter F. Sweeney, Michael Burke
Software - Practice and Experience
Jeanne Ferrante
Software Engineering Symposium on High-Level Debugging 1983
Michael Hind, Michael Burke, et al.
Scientific Programming
Jeanne Ferrante
ACM SIGPLAN Notices