We address the design and implementation of visual paradigms for observing the execution of constraint logic programs, aiming at debugging, tuning and optimization, and teaching. We focus on the display of data in CLP executions, where representation for constrained variables and for the constrains themselves are seeked. Two tools, VIFID and TRIFID, exemplifying the devised depictions, have been implemented, and are used to showcase the usefulness of the visualizations developed
Some experiments are reported on how to get a 'user friendly' graphical display of results obtained ...
Developing and maintaining Constraint Logic Programs (CLP) requires performanc- e debugging tools ba...
The purpose of this document is to serve as the printed material for the seminar "An Introductory Co...
We address the design and implementation of visual paradigms for observing the execution of constrai...
Visualization of program executions has been used in applications which include education and debugg...
Visualization of program executions has been found useful in applications which include education an...
Visualization of program executions has been found useful in applications which include education an...
Problems such as timetabling or personnel allocation can be modeled and solved using discrete constr...
Visualization is probably the most powerful tool to help develop, test and improve Constraint Progra...
Constraint Handling Rules (CHR) has matured into a general purpose language over the past two decade...
International audienceCLPGUI is a generic graphical user interface for visualizing and controlling t...
The control part of the execution of a constraint logic program can be conceptually shown as a searc...
AbstractTools for graphical representation of problems in automated deduction or of proof searches a...
The increasing interest in Constraint Programming (CP) we now witness gives rise to a demand for new...
AbstractConstraint Logic Programming (CLP) is a merger of two declarative paradigms: constraint solv...
Some experiments are reported on how to get a 'user friendly' graphical display of results obtained ...
Developing and maintaining Constraint Logic Programs (CLP) requires performanc- e debugging tools ba...
The purpose of this document is to serve as the printed material for the seminar "An Introductory Co...
We address the design and implementation of visual paradigms for observing the execution of constrai...
Visualization of program executions has been used in applications which include education and debugg...
Visualization of program executions has been found useful in applications which include education an...
Visualization of program executions has been found useful in applications which include education an...
Problems such as timetabling or personnel allocation can be modeled and solved using discrete constr...
Visualization is probably the most powerful tool to help develop, test and improve Constraint Progra...
Constraint Handling Rules (CHR) has matured into a general purpose language over the past two decade...
International audienceCLPGUI is a generic graphical user interface for visualizing and controlling t...
The control part of the execution of a constraint logic program can be conceptually shown as a searc...
AbstractTools for graphical representation of problems in automated deduction or of proof searches a...
The increasing interest in Constraint Programming (CP) we now witness gives rise to a demand for new...
AbstractConstraint Logic Programming (CLP) is a merger of two declarative paradigms: constraint solv...
Some experiments are reported on how to get a 'user friendly' graphical display of results obtained ...
Developing and maintaining Constraint Logic Programs (CLP) requires performanc- e debugging tools ba...
The purpose of this document is to serve as the printed material for the seminar "An Introductory Co...