The technique exploits several novel divide-and-conquer strategies to split a large synthesis problem to smaller sub- problems. The subproblems are solved ...
A divide-and-conquer computation decomposes a problem instance into several smaller sub-problems, solves each inde- pendently, and then combines the results ...
The crux of our approach is to split the synthesis problem into two parts: a multi-hole template that fixes the recursive structure, and a search for non- ...
Missing: Characterization. | Show results with:Characterization.
Program synthesis is the transformation of a specification of a user's problem into a computer program. A problem reduction approach to program synthesis is ...
Missing: Splitting: | Show results with:Splitting:
The synthesis process involves the top-down decomposition of the initial specification into a hierarchy of specifications for subproblems. Synthesizing programs ...
Missing: Splitting: Characterization.
(Program synthesis : knowledge and deduction in application domains). ... Program Synthesis Through Problem Splitting: A Method for Subproblem Characterization.
The aim is to allow experts from different domains to model their synthesis problems as SyGuS instances, and leverage general purpose SyGuS solvers. In the ...
Missing: Subproblem Characterization.
The technique exploits several novel divide-and-conquer strategies to split a large synthesis problem to smaller subproblems. The subproblems are solved ...
Missing: Characterization. | Show results with:Characterization.
[PDF] Program Synthesis with Equivalence Reduction - cs.wisc.edu
pages.cs.wisc.edu › papers › vmcai19
Abstract. We introduce program synthesis with equivalence reduction, a synthesis methodology that utilizes relational specifications over compo-.
Divide & conquer is one of the most common techniques for processing re- cursively defined data structures. It solves a problem by dividing it into sub-.