Cédric Pralet, a graduate from a French engineering school with a PhD in Computer Sciences, is now working as a research engineer at ONERA (French Aerospace Lab). Thomas Schiex is working at INRA (French Institute for Agronomical Research) on algorithms for constraint networks and graphical models, and their applications in computational biology. Gérard Verfaillie's research activity at ONERA is related to models, methods, and tools for combinatorial optimization and constrained optimization, especially for planning and decision-making.

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• Part I. Representing Decision-Making Problems in the Pfu Framework Chapter 1. Background Notation and DefinitionsChapter 2. A Guided Tour of Frameworks for Decision-MakingChapter 3. A Generic Algebraic Structure for Sequential Decision-MakingChapter 4. Plausibility-Feasibility-Utility NetworksChapter 5. Queries on a PFU NetworkPart II. Generic Algorithms for Answering Pfu QueriesChapter 6. First Generic AlgorithmsChapter 7. Structuring Multi-operator QueriesChapter 8. A Generic Structured Tree Search on the MCDAG ArchitectureChapter 9. A Generic Solver for Answering PFU QueriesChapter 10. ConclusionAppendix A. NotationAppendix B. ProofsAppendix C. Concrete problem example: deployment and maintenance of a constellation of satellitesAppendix D. DTD (Document Type Definition) of the XML format

Cédric Pralet, a graduate from a French engineering school with a PhD in Computer Sciences, is now working as a research engineer at ONERA (French Aerospace Lab). Thomas Schiex is working at INRA (French Institute for Agronomical Research) on algorithms for constraint networks and graphical models, and their applications in computational biology. Gérard Verfaillie's research activity at ONERA is related to models, methods, and tools for combinatorial optimization and constrained optimization, especially for planning and decision-making.

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• Part I. Representing Decision-Making Problems in the Pfu Framework Chapter 1. Background Notation and DefinitionsChapter 2. A Guided Tour of Frameworks for Decision-MakingChapter 3. A Generic Algebraic Structure for Sequential Decision-MakingChapter 4. Plausibility-Feasibility-Utility NetworksChapter 5. Queries on a PFU NetworkPart II. Generic Algorithms for Answering Pfu QueriesChapter 6. First Generic AlgorithmsChapter 7. Structuring Multi-operator QueriesChapter 8. A Generic Structured Tree Search on the MCDAG ArchitectureChapter 9. A Generic Solver for Answering PFU QueriesChapter 10. ConclusionAppendix A. NotationAppendix B. ProofsAppendix C. Concrete problem example: deployment and maintenance of a constellation of satellitesAppendix D. DTD (Document Type Definition) of the XML format

Cédric Pralet, a graduate from a French engineering school with a PhD in Computer Sciences, is now working as a research engineer at ONERA (French Aerospace Lab). Thomas Schiex is working at INRA (French Institute for Agronomical Research) on algorithms for constraint networks and graphical models, and their applications in computational biology. Gérard Verfaillie's research activity at ONERA is related to models, methods, and tools for combinatorial optimization and constrained optimization, especially for planning and decision-making.

Select Guide Rating

• Part I. Representing Decision-Making Problems in the Pfu Framework Chapter 1. Background Notation and DefinitionsChapter 2. A Guided Tour of Frameworks for Decision-MakingChapter 3. A Generic Algebraic Structure for Sequential Decision-MakingChapter 4. Plausibility-Feasibility-Utility NetworksChapter 5. Queries on a PFU NetworkPart II. Generic Algorithms for Answering Pfu QueriesChapter 6. First Generic AlgorithmsChapter 7. Structuring Multi-operator QueriesChapter 8. A Generic Structured Tree Search on the MCDAG ArchitectureChapter 9. A Generic Solver for Answering PFU QueriesChapter 10. ConclusionAppendix A. NotationAppendix B. ProofsAppendix C. Concrete problem example: deployment and maintenance of a constellation of satellitesAppendix D. DTD (Document Type Definition) of the XML format