ECLIPSe Framework
ECLIPSe (Constraint Logic Programming System) is a software development framework for building optimization, modelling, and scheduling applications. It is an open-source programming system that provides a powerful programming language for constraint logic programming.
The ECLIPSe system is designed to solve complex problems by expressing them as constraint logic programs. It provides a range of solvers that can be used to find solutions to these problems, including integer programming, linear programming, and constraint programming. ECLIPSe also includes tools for modelling and analyzing problems and visualization tools for understanding and debugging solutions.
| Subject | Inclusion criteria | Exclusion criteria |
| E | Expectation | The discharge policy must contain specific elements that could be used to guide discharge from acute care areas. |
| C | Client group | Adults being discharged from acute areas with specific points relevant to acute medicine units. |
| L | Location | From the acute hospital, acute medicine units |
| I | Impact | Clear process stated, implemented, parity and assessment detail provided |
| P | Professionals | Nurses and doctors, predominantly Also, all other professionals contributing to the process of discharge from acute |
| S | Service | Acute admissions: acute medicine, emergency Dare Transitions between care settings |
| e | Evaluation | Examples of best practice within policy Evidence (service data) |
The ECLIPSe framework is used in various domains, including scheduling, planning, logistics, and resource allocation. It has been used to solve a wide range of real-world problems, including airline crew scheduling, hospital resource allocation, and vehicle routing.
ECLIPSe is a powerful and flexible framework for building optimization and scheduling applications. The constraint logic programming language and range of solvers make it well-suited to solving complex problems in various domains.
References
Xia, Yan, Anthony Tung Shuen Ho, and YuCheng Zhang. “Cimo-component integration model.” Proceedings Seventh Asia-Pacific Software Engeering Conference. APSEC 2000. IEEE, 2000.