Integrating business rules and optimization technologies
OpenRules® BDMS includes a special component called Rule Solver™ that applies Constraint Programming (CP) techniques to model and solve scheduling, resource allocation, configuration, and other constraint satisfaction and optimization problems. Rule Solver™ brings the power of Constraints Programming to the business application world.
Rule Solver™ can be used as:
- Business-oriented Constraint Solver
Rule Solver™ may be
used as a constraint solver that
utilizes Excel-based decision models to
represent and solve constraint
satisfaction problems. While the most constraint solver are oriented to a
Rule Solver™ allows
business users to use the power of CP.
to use the power of CP.
Rule Solver™ is based on the CP standard JSR-331 and allows a user to switch between different open source JSR-331compliant constraint solvers without any changes in the decision models.
- Inferential Rule Engine
Rule Solver™ may be
an alternative to the standard OpenRules® sequential rule engine. It
allows a user to executes the same decision models in a way similar to famous
RETE-based rule engines (no needs for rule ordering) .
.Rule Solver™ automatically resolves rule ordering problems for rules inside decision tables and between different decision tables. Additionally, Rule Solver™ can find solutions in situations when business rules only partially define a problem.
Rule Solver™ also provides a powerful mechanism for consistency validation of OpenRules® decision models. It automatically validates the Excel-based decision models, points to possible inconsistencies in business rules, and applies the default search strategy to find feasible or optimal solutions.
DownloadRule Solver™ is available for downloads as a part of the complete OpenRules® installation: . It includes many practical examples to learn from. You may request the latest release of Rule Solver™ by sending an email to email@example.com. OpenRules, Inc. provides professional services to assist customers in the development of optimization engines integrated with different rule engines. If you are interested, please contact us at firstname.lastname@example.org.