Bidirectional data flow problems, useful in a wide range of optimizing transformations, are conventionally solved using the iterative approach. This paper shows that use of the edge placement technique makes bidirectional data flow problems amenable to efficient solution. An elimination algorithm for bidirectional data flow problems using edge placement is presented, and its complexity is shown to be identical to the complexity of elimination algorithms for unidirectional data flows
This paper deals with an algorithm for finding all the non-dominated solutions and corresponding eff...
Data-flow analysis computes its solutions over the paths in a control-flow graph. These paths---whet...
Abstract: In this paper we consider an advanced topic for minimum flow problem: the use of the dynam...
Research in bidirectional data flow analysis seems to have come to a halt due to an impression that ...
The classical theory of data flow analysis, which has its roots in unidirectional flows, is inadequa...
A data flow algorithm is one that gathers information about the definition and use of data in a prog...
Partial redundancy elimination was originally formulated as a bidirectional, bit-vector, data-flow a...
AbstractBidirectional data flow analysis has become the standard technique for solving bit-vector-ba...
A unified model of a family of data flow algorithms, called elimination methods, is presented. The a...
We present a bit-vector algorithm for the optimal and economical placement of computations within fl...
The original motivation for investigating the Linear Balancing Flow Problem (LBFP) came from the opt...
AbstractIn this paper we present a dynamic programming algorithm for finding optimal elimination tre...
ABSTRACT. We generalize previous work done by Donald J. Rose and Robert E. Tarjan [2], who developed...
We introduce a new framework for elimination-based data flow analysis. We present a simple algorithm...
This paper proposes a new algorithm to find a representation of the set of all non-dominated points ...
This paper deals with an algorithm for finding all the non-dominated solutions and corresponding eff...
Data-flow analysis computes its solutions over the paths in a control-flow graph. These paths---whet...
Abstract: In this paper we consider an advanced topic for minimum flow problem: the use of the dynam...
Research in bidirectional data flow analysis seems to have come to a halt due to an impression that ...
The classical theory of data flow analysis, which has its roots in unidirectional flows, is inadequa...
A data flow algorithm is one that gathers information about the definition and use of data in a prog...
Partial redundancy elimination was originally formulated as a bidirectional, bit-vector, data-flow a...
AbstractBidirectional data flow analysis has become the standard technique for solving bit-vector-ba...
A unified model of a family of data flow algorithms, called elimination methods, is presented. The a...
We present a bit-vector algorithm for the optimal and economical placement of computations within fl...
The original motivation for investigating the Linear Balancing Flow Problem (LBFP) came from the opt...
AbstractIn this paper we present a dynamic programming algorithm for finding optimal elimination tre...
ABSTRACT. We generalize previous work done by Donald J. Rose and Robert E. Tarjan [2], who developed...
We introduce a new framework for elimination-based data flow analysis. We present a simple algorithm...
This paper proposes a new algorithm to find a representation of the set of all non-dominated points ...
This paper deals with an algorithm for finding all the non-dominated solutions and corresponding eff...
Data-flow analysis computes its solutions over the paths in a control-flow graph. These paths---whet...
Abstract: In this paper we consider an advanced topic for minimum flow problem: the use of the dynam...