Title :
Relative debugging for data-parallel programs: a ZPL case study
Author :
Watson, Greg ; Abramson, David
Author_Institution :
Monash Univ., Clayton, Vic., Australia
Abstract :
Relative debugging is a powerful paradigm that lets us locate errors in programs that result from porting or rewriting code. The authors describe their experience using relative debugging to compare a program written in a sequential language with one that was ported to the data-parallel language ZPL
Keywords :
parallel languages; parallel programming; program debugging; software portability; ZPL; case study; code porting; code rewriting; data-parallel language; data-parallel programs; program error location; relative debugging; sequential language; Computer aided software engineering; Concurrent computing; Data structures; Debugging; Distributed computing; Error correction; Parallel architectures; Parallel languages; Parallel programming; Programming profession;
Journal_Title :
Concurrency, IEEE
DOI :
10.1109/4434.895105
