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This paper presents a method to eliminate parts of the overhead introduced by parallel constructs in EDS LISP, a parallel extension of Common Lisp. Futures support a declarative style of explicit parallel programming. In languages with futures there is no static distinction between data calculated locally and data calculated by another process. Hence before data can be accessed a dynamic accessibility check has to be done. If the data is not yet determined an implicit wait has to be performed. Checks are done even when all data objects are present.

Improving the performance of parallel LISP by compile time analysis