We give the first direct subcubic algorithm for performing control flow analysis of higher-order functional programs. Despite the long held belief that inclusion-based flow analysis could not surpass the ``cubic bottleneck, '' we apply known set compression techniques to obtain an algorithm that runs in time O(n^3/log n) on a unit cost random-access memory model machine. Moreover, we refine the initial flow analysis into two more precise analyses incorporating notions of reachability. We give subcubic algorithms for these more precise analyses and relate them to an existing analysis from the literature.
|Place of Publication||Roskilde|
|Number of pages||32|
|Publication status||Published - 2009|
|Series||Roskilde Universitet. Computer Science. Computer Science Research Report|
- Control flow analysis
- Cubic bottleneck