A Linear Programme (LP) involves a conjunction of linear constraints and has a well defined dual. It is shown that if we allow the full set of Boolean connectives {and, or, sim} applied to a set of linear constraints we get a model which we define as a Logical Linear Programme (LLP). This also has a well defined dual preserving most of the properties of LP duality. Generalisations of the connectives are also considered together with the relationship with Integer Programming formulation
The idea of introducing logical variables into functional programming languages has been proposed fo...
This chapter provides an introduction to Linear Programming theory. It discusses classical concepts ...
SIGLEAvailable from British Library Document Supply Centre- DSC:9106.17(CURD/E-MS/TR--2) / BLDSC - B...
A Linear Programme (LP) involves a conjunction of linear constraints and has a well defined dual. It...
Linear programming (LP) duality is examined in the context of other dualities in mathematics. The ma...
AbstractA duality theory for algebraic linear (integer) programming (ALP) is developed which is of t...
In this thesis, we study the close links between linear logic and on current constraint programming,...
AbstractMixed logical/linear programming (MLLP) is an extension of mixed integer/linear programming ...
The purpose of this paper is to explain the property of Disjunctive Formulations for Mixed Integer P...
Mixed logical/linear programming (MLLP) is an extension of mixed integer/linear programming (MILP). ...
Linear multiplicative programs are an important class of nonconvex optimisation problems that are cu...
The theory of duality for linear programs is well-developed and has been successful in advancing bot...
In this paper, a dual of a given linear fractional program is defined and the weak, direct and conve...
Mixed logical/linear programming (MLLP) is an extension of mixed integer/linear programming (MILP). ...
An analogous duality theorem to that for Linear Programming is presented for systems of linear congr...
The idea of introducing logical variables into functional programming languages has been proposed fo...
This chapter provides an introduction to Linear Programming theory. It discusses classical concepts ...
SIGLEAvailable from British Library Document Supply Centre- DSC:9106.17(CURD/E-MS/TR--2) / BLDSC - B...
A Linear Programme (LP) involves a conjunction of linear constraints and has a well defined dual. It...
Linear programming (LP) duality is examined in the context of other dualities in mathematics. The ma...
AbstractA duality theory for algebraic linear (integer) programming (ALP) is developed which is of t...
In this thesis, we study the close links between linear logic and on current constraint programming,...
AbstractMixed logical/linear programming (MLLP) is an extension of mixed integer/linear programming ...
The purpose of this paper is to explain the property of Disjunctive Formulations for Mixed Integer P...
Mixed logical/linear programming (MLLP) is an extension of mixed integer/linear programming (MILP). ...
Linear multiplicative programs are an important class of nonconvex optimisation problems that are cu...
The theory of duality for linear programs is well-developed and has been successful in advancing bot...
In this paper, a dual of a given linear fractional program is defined and the weak, direct and conve...
Mixed logical/linear programming (MLLP) is an extension of mixed integer/linear programming (MILP). ...
An analogous duality theorem to that for Linear Programming is presented for systems of linear congr...
The idea of introducing logical variables into functional programming languages has been proposed fo...
This chapter provides an introduction to Linear Programming theory. It discusses classical concepts ...
SIGLEAvailable from British Library Document Supply Centre- DSC:9106.17(CURD/E-MS/TR--2) / BLDSC - B...