A systematic approach isgiven for deriving incremental programs from non-incremental programs written in a standard functional programming language. We exploit a number of program analysis and transformation techniques and domain-speci c knowledge, centered around e ective utilization of caching, in order to provide a degree of incrementality not otherwise achievable by a generic incremental evaluator.
Given a program f and an input change \Phi, we wish to obtain an incremental program that computes ...
Automatic program generation allows the construction of generic reusable software. It permits effici...
Incremental computations are those that process input changes faster than naive computation that run...
AbstractA systematic approach is given for deriving incremental programs from non-incremental progra...
A systematic approach is given for deriving incremental programs from non-incremental programs writt...
A systematic transformational approach is given for deriving incremental programs from non-incremen...
Incremental computation takes advantage of repeated computations on inputs that differ slightly fro...
A systematic approach is given for symbolically caching intermediate results useful for deriving inc...
Incrementalization is at the core of a systematic program de-sign method, especially for the design ...
Incremental computation takes advantage of repeated computations on inputs that differ slightly from...
A systematic approach is given for deriving incremental programs that exploit caching. The cache-and...
AbstractThe paper presents a system, ADATE, for automatic functional programming. ADATE uses specifi...
We aim to specify program transformations in a declarative style, and then to generate executable pr...
The paper presents a system, ADATE, for automatic functional programming. ADATE uses speci cations t...
A systematic approach is given for deriving incremental programs that exploit caching. The cache-and...
Given a program f and an input change \Phi, we wish to obtain an incremental program that computes ...
Automatic program generation allows the construction of generic reusable software. It permits effici...
Incremental computations are those that process input changes faster than naive computation that run...
AbstractA systematic approach is given for deriving incremental programs from non-incremental progra...
A systematic approach is given for deriving incremental programs from non-incremental programs writt...
A systematic transformational approach is given for deriving incremental programs from non-incremen...
Incremental computation takes advantage of repeated computations on inputs that differ slightly fro...
A systematic approach is given for symbolically caching intermediate results useful for deriving inc...
Incrementalization is at the core of a systematic program de-sign method, especially for the design ...
Incremental computation takes advantage of repeated computations on inputs that differ slightly from...
A systematic approach is given for deriving incremental programs that exploit caching. The cache-and...
AbstractThe paper presents a system, ADATE, for automatic functional programming. ADATE uses specifi...
We aim to specify program transformations in a declarative style, and then to generate executable pr...
The paper presents a system, ADATE, for automatic functional programming. ADATE uses speci cations t...
A systematic approach is given for deriving incremental programs that exploit caching. The cache-and...
Given a program f and an input change \Phi, we wish to obtain an incremental program that computes ...
Automatic program generation allows the construction of generic reusable software. It permits effici...
Incremental computations are those that process input changes faster than naive computation that run...