Abstract: A method and apparatus for optimizing the compilation of a computer program by exposing parallelism are disclosed. Information describing the operations in the program and their sequence is extracted and stored in a data structure. The operations in the program which involve index expressions are identified and symbolically executed, producing information describing the memory accesses by the program. Operations which can be executed in parallel are identified based on the information describing memory accesses. The program is interrogated with questions in a question data structure relating to how the program accesses memory. The answers to the questions are accumulated in index sets and back annotated into the question data structure.

Abstract: A method and apparatus for optimizing the compilation of computer program by exposing parallelism are disclosed. The computer program contains steps which involve index expressions. The program also involves function calls. An index path in the program is identified by noting the steps involving index expressions. A non-hierarchical representation of the index path, including operations in the function calls is created and interrogated with questions relating to memory accesses. The results of the interrogation are stored in or back annotated to a question data structure. The method and apparatus preferably involve the use of a signal flow graph which is completed using the information in the question data structure.