The Experts below are selected from a list of 258 Experts worldwide ranked by ideXlab platform
Regis Bonetto - One of the best experts on this subject based on the ideXlab platform.
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Elaboration of o long-term maintenance plan for building stock bases on arbitration using a risk approach
European Journal of Environmental and Civil Engineering, 2009Co-Authors: Franck Taillandier, Gérard Sauce, Regis BonettoAbstract:The arbitration of a multi-year maintenance plan is one of the decision situations that a building Facility Manager can face. The complexity of the decision imposes the use of tools for decision support. A risk approach can be particularly efficient for solving this kind of problem. The challenge is to propose a risk-oriented method, adapted to building Facility management. To do this, our method considers risk, but also the effectiveness and the cost of actions of risk mitigation. It proposes an ergonomic arbitration system, based on filters, following two complementary approaches: a selection of the fundamental actions and an optimization of the plan (viewed globally). The aim, for the decision-maker is to construct his own solution by testing multiple angles of vision in simulation logic. This article presents the principles of the method, illustrated by a real case conducted for a large company.
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Risk-based investment trade-off related to building Facility management
Reliability Engineering and System Safety, 2009Co-Authors: Franck Taillandier, Gérard Sauce, Regis BonettoAbstract:Due to his or her profession, any building Facility Manager has to face many decision-making situations. One of the most important to be mentioned is the arbitration of a multi-year maintenance plan for buildings. Deciding between proposed maintenance actions, according to several constraints, so as to aim at satisfying corporate strategy is a complex choice. Risk approaches can be particularly effective because of their ability to handle complexity and uncertainties. The problem is then to be able to propose a method considering risks, adapted to the specific context of building Facility management. Our method, regarded as a traditional approach, includes needed resources (i.e. costs) according to constraints (i.e. budget), but it also considers several risk domains (safety, technical preservation, client satisfaction, etc.), through the consequences (gain and loss). It proposes an ergonomic arbitration system based on filters following two complementary approaches: a selection of the fundamental actions and then an optimization of the plan (in a global view). The aim, for decision-makers, is to build their own solution by testing multiple angles of vision in simulation logic. This article presents the principles of the method, illustrated by an example of a real case conducted for a leading French company.
Franck Taillandier - One of the best experts on this subject based on the ideXlab platform.
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Elaboration of o long-term maintenance plan for building stock bases on arbitration using a risk approach
European Journal of Environmental and Civil Engineering, 2009Co-Authors: Franck Taillandier, Gérard Sauce, Regis BonettoAbstract:The arbitration of a multi-year maintenance plan is one of the decision situations that a building Facility Manager can face. The complexity of the decision imposes the use of tools for decision support. A risk approach can be particularly efficient for solving this kind of problem. The challenge is to propose a risk-oriented method, adapted to building Facility management. To do this, our method considers risk, but also the effectiveness and the cost of actions of risk mitigation. It proposes an ergonomic arbitration system, based on filters, following two complementary approaches: a selection of the fundamental actions and an optimization of the plan (viewed globally). The aim, for the decision-maker is to construct his own solution by testing multiple angles of vision in simulation logic. This article presents the principles of the method, illustrated by a real case conducted for a large company.
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Risk-based investment trade-off related to building Facility management
Reliability Engineering and System Safety, 2009Co-Authors: Franck Taillandier, Gérard Sauce, Regis BonettoAbstract:Due to his or her profession, any building Facility Manager has to face many decision-making situations. One of the most important to be mentioned is the arbitration of a multi-year maintenance plan for buildings. Deciding between proposed maintenance actions, according to several constraints, so as to aim at satisfying corporate strategy is a complex choice. Risk approaches can be particularly effective because of their ability to handle complexity and uncertainties. The problem is then to be able to propose a method considering risks, adapted to the specific context of building Facility management. Our method, regarded as a traditional approach, includes needed resources (i.e. costs) according to constraints (i.e. budget), but it also considers several risk domains (safety, technical preservation, client satisfaction, etc.), through the consequences (gain and loss). It proposes an ergonomic arbitration system based on filters following two complementary approaches: a selection of the fundamental actions and then an optimization of the plan (in a global view). The aim, for decision-makers, is to build their own solution by testing multiple angles of vision in simulation logic. This article presents the principles of the method, illustrated by an example of a real case conducted for a leading French company.
Gérard Sauce - One of the best experts on this subject based on the ideXlab platform.
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Elaboration of o long-term maintenance plan for building stock bases on arbitration using a risk approach
European Journal of Environmental and Civil Engineering, 2009Co-Authors: Franck Taillandier, Gérard Sauce, Regis BonettoAbstract:The arbitration of a multi-year maintenance plan is one of the decision situations that a building Facility Manager can face. The complexity of the decision imposes the use of tools for decision support. A risk approach can be particularly efficient for solving this kind of problem. The challenge is to propose a risk-oriented method, adapted to building Facility management. To do this, our method considers risk, but also the effectiveness and the cost of actions of risk mitigation. It proposes an ergonomic arbitration system, based on filters, following two complementary approaches: a selection of the fundamental actions and an optimization of the plan (viewed globally). The aim, for the decision-maker is to construct his own solution by testing multiple angles of vision in simulation logic. This article presents the principles of the method, illustrated by a real case conducted for a large company.
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Risk-based investment trade-off related to building Facility management
Reliability Engineering and System Safety, 2009Co-Authors: Franck Taillandier, Gérard Sauce, Regis BonettoAbstract:Due to his or her profession, any building Facility Manager has to face many decision-making situations. One of the most important to be mentioned is the arbitration of a multi-year maintenance plan for buildings. Deciding between proposed maintenance actions, according to several constraints, so as to aim at satisfying corporate strategy is a complex choice. Risk approaches can be particularly effective because of their ability to handle complexity and uncertainties. The problem is then to be able to propose a method considering risks, adapted to the specific context of building Facility management. Our method, regarded as a traditional approach, includes needed resources (i.e. costs) according to constraints (i.e. budget), but it also considers several risk domains (safety, technical preservation, client satisfaction, etc.), through the consequences (gain and loss). It proposes an ergonomic arbitration system based on filters following two complementary approaches: a selection of the fundamental actions and then an optimization of the plan (in a global view). The aim, for decision-makers, is to build their own solution by testing multiple angles of vision in simulation logic. This article presents the principles of the method, illustrated by an example of a real case conducted for a leading French company.
David Debonis - One of the best experts on this subject based on the ideXlab platform.
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high performance computing power application programming interface specification version 1 1a
2016Co-Authors: James H. Laros, Suzanne M. Kelly, Stephen L. Olivier, Michael J. Levenhagen, David Debonis, Ryan Grant, Kevin PedrettiAbstract:Measuring and controlling the power and energy consumption of high performance computing systems by various components in the software stack is an active research area [13, 3, 5, 10, 4, 21, 19, 16, 7, 17, 20, 18, 11, 1, 6, 14, 12]. Implementations in lower level software layers are beginning to emerge in some production systems, which is very welcome. To be most effective, a portable interface to measurement and control features would significantly facilitate participation by all levels of the software stack. We present a proposal for a standard power Application Programming Interface (API) that endeavors to cover the entire software space, from generic hardware interfaces to the input from the computer Facility Manager.
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High Performance Computing - Power Application Programming Interface Specification.
2014Co-Authors: James H. Laros, Suzanne M. Kelly, Stephen L. Olivier, Michael J. Levenhagen, Kevin Pedretti, Ryan Grant, David DebonisAbstract:Measuring and controlling the power and energy consumption of high performance computing systems by various components in the software stack is an active research area [13, 3, 5, 10, 4, 21, 19, 16, 7, 17, 20, 18, 11, 1, 6, 14, 12]. Implementations in lower level software layers are beginning to emerge in some production systems, which is very welcome. To be most effective, a portable interface to measurement and control features would significantly facilitate participation by all levels of the software stack. We present a proposal for a standard power Application Programming Interface (API) that endeavors to cover the entire software space, from generic hardware interfaces to the input from the computer Facility Manager.
Kevin Pedretti - One of the best experts on this subject based on the ideXlab platform.
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high performance computing power application programming interface specification version 1 1a
2016Co-Authors: James H. Laros, Suzanne M. Kelly, Stephen L. Olivier, Michael J. Levenhagen, David Debonis, Ryan Grant, Kevin PedrettiAbstract:Measuring and controlling the power and energy consumption of high performance computing systems by various components in the software stack is an active research area [13, 3, 5, 10, 4, 21, 19, 16, 7, 17, 20, 18, 11, 1, 6, 14, 12]. Implementations in lower level software layers are beginning to emerge in some production systems, which is very welcome. To be most effective, a portable interface to measurement and control features would significantly facilitate participation by all levels of the software stack. We present a proposal for a standard power Application Programming Interface (API) that endeavors to cover the entire software space, from generic hardware interfaces to the input from the computer Facility Manager.
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High Performance Computing - Power Application Programming Interface Specification.
2014Co-Authors: James H. Laros, Suzanne M. Kelly, Stephen L. Olivier, Michael J. Levenhagen, Kevin Pedretti, Ryan Grant, David DebonisAbstract:Measuring and controlling the power and energy consumption of high performance computing systems by various components in the software stack is an active research area [13, 3, 5, 10, 4, 21, 19, 16, 7, 17, 20, 18, 11, 1, 6, 14, 12]. Implementations in lower level software layers are beginning to emerge in some production systems, which is very welcome. To be most effective, a portable interface to measurement and control features would significantly facilitate participation by all levels of the software stack. We present a proposal for a standard power Application Programming Interface (API) that endeavors to cover the entire software space, from generic hardware interfaces to the input from the computer Facility Manager.
