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Lists are a pervasive data structure in functional programs. The generality and simplicity of their structure makes them expensive. Hindley-Milner type inference and partial evaluation are all that is needed to optimise this structure, yielding considerable improvements in space and time consumption for some interesting programs. This framework is applicable to many data types and their optimised representations, such as lists and parallel implementations of bags, or arrays and quadtrees.

Using Hindley-Milner type inference to optimise list representation