Binding time analysis is important in partial evaluators. Its task is to determine which parts of a program can be specialized if some of the expected input is known. Two approaches to do this are abstract interpretation and type inference. We compare two specific such analyses to see which one determines most program parts to be eliminable. The first is the abstract interpretation approach of Bondorf, and the second is the type inference approach o£ Gomard. Both apply to the untyped lambda calculus. We prove that Bondorf's analysis is better than Gomard's
Abstract. Existing partial evaluators usually fix the strategy for bind-ing-time analysis. But a sin...
Programming systems that generate code at run time o er unique opportunities for specialization. Dyn...
Traditional functional languages do not have an explicit distinction between binding times. It aris...
Binding-time analysis is important in partial evaluators. Its task is to determine which parts of a ...
. Binding-time analysis is a crucial part of offline partial evaluation. It is often specified as a ...
The partial evaluation process requires a binding-time analysis. Binding-time analysis seeks to dete...
In this paper we will be taking a look at type inference and its uses for binding-time analysis, dyn...
A binding-time analysis is correct if it always produces consistent binding-time information. Consis...
Abstract: Binding Time Analysis (BTA, BT-analysis) is an essential part of the Partial Eva...
In program optimisation an analysis determines some information about a portion of a program, which ...
We present a polyvariant closure, safety, and binding time analysis for the untyped lambda calculus...
Binding time analysis aims at determining which identifiers can be bound to their values at compile ...
AbstractSince a binding-time analysis determines how an off-line partial evaluator will specialize a...
In program optimisation an analysis determines some information about a portion of a program, which ...
. In this paper we present a general framework for type-based analyses of functional programs. Our f...
Abstract. Existing partial evaluators usually fix the strategy for bind-ing-time analysis. But a sin...
Programming systems that generate code at run time o er unique opportunities for specialization. Dyn...
Traditional functional languages do not have an explicit distinction between binding times. It aris...
Binding-time analysis is important in partial evaluators. Its task is to determine which parts of a ...
. Binding-time analysis is a crucial part of offline partial evaluation. It is often specified as a ...
The partial evaluation process requires a binding-time analysis. Binding-time analysis seeks to dete...
In this paper we will be taking a look at type inference and its uses for binding-time analysis, dyn...
A binding-time analysis is correct if it always produces consistent binding-time information. Consis...
Abstract: Binding Time Analysis (BTA, BT-analysis) is an essential part of the Partial Eva...
In program optimisation an analysis determines some information about a portion of a program, which ...
We present a polyvariant closure, safety, and binding time analysis for the untyped lambda calculus...
Binding time analysis aims at determining which identifiers can be bound to their values at compile ...
AbstractSince a binding-time analysis determines how an off-line partial evaluator will specialize a...
In program optimisation an analysis determines some information about a portion of a program, which ...
. In this paper we present a general framework for type-based analyses of functional programs. Our f...
Abstract. Existing partial evaluators usually fix the strategy for bind-ing-time analysis. But a sin...
Programming systems that generate code at run time o er unique opportunities for specialization. Dyn...
Traditional functional languages do not have an explicit distinction between binding times. It aris...