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Towards Fault-Tolerant Co-operative ATM |
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As a distributed application, air traffic management control includes the possibility of partial failures, as this is an inherent characteristic of distributed applications. The fault tolerance research community has developed solutions, notably based on the concept of replication, as applied for example,to databases. However, these techniques are almost always applied explicitly and statically.
Newer, co-operative applications, such as air traffic management, are, on the contrary, very dynamic. It is nearly impossible to identify in advance the most critical agents of the application. This is because the roles and relative importance of the agents can vary greatly during the course of computation, interaction, and co-operation. As a consequence of this, our approach is to fix the capability to the multi-agent system itself to dynamically identify the most critical agents and to decide which fiabilisation strategies to apply. This approach is analogous to load balancing but applied to reliability.
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This project started in December, 2006, and was stopped at the end of the first year, the feasibility phase.
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Our partners/contractors were:
- the Laboratoire d'Informatique de Paris 6 (France), the main contractor; and
- the Laboratoire d'Informatique, de Robotique et de Microelectronique de Montpellier (France), a sub-contractor.
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| Towards Fault-Tolerant Cooperative Air Traffic Management: Detailed Description of the Project Proposal
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Jacques Malenfant (LIP6, Paris)
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Internal code: EXT-2007-023
External code: CARE-INO-III-FTATC-01
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| Towards Autonomic Fault-Tolerant Multi-agent Systems
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Alessandro Almeida (LIP6 - Laboratoire d’Informatique de Paris 6), Jean-Pierre Briot (LIP6), Samir Aknine (LIP6), Zahia Guessoum (LIP6), Olivier Marin (LIP6)
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Internal code: EXT-2007-024
External code: CARE-INO-III-FTATC-02
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| Plan-based Resource Allocation for Providing Fault Tolerance in Multi-agent Systems
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Alessandro de Luna Almeida (University of Paris 6), Samir Aknine (University of Paris 6), and Jean-Pierre Briot (University of Paris 6)
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Internal code: EXT-2007-025
External code: CARE-INO-III-FTATC-03
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| Comparative Study of the Various Decision/Information Strategies and Models for Controlling Replication-based Fault Tolerant Multi-Agent Systems
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Jean-Pierre Briot (LIP6 - Laboratoire d’Informatique de Paris 6), Zahia Guessoum (LIP6), Samir Aknine (LIP6), Alessandro Almeida (LIP6), Nora Faci (MODECO-CReSTIC), Jacques Malenfant (LIP6), Olivier Marin (LIP6), Pierre Sens(LIP6)
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Internal code: EXT-2007-026
External code: CARE-INO-III-FTATC-04
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| Specification of a Policy-based Mechanism to Communicate between DIMA and DARX about the Criticality of Agents
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Z. Guessoum (LIP6), N. Faci (LIP6), O. Marin (LIP6), J.-P. Briot (LIP6), J.-F. Perrot (LIP6)
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Internal code: EXT-2007-027
External code: CARE-INO-III-FTATC-05
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| Specification of a Two-layer Exception-handling System
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Olivier Marin (LIP6), Zahia Guessoum (LIP6), Jean-Pierre Briot (LIP6), and Jean-François Perrot (LIP6)
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Internal code: EXT-2007-028
External code: CARE-INO-III-FTATC-06
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| Multi-criteria Decision Aggregation and Ranking Approaches for Combining Multiple Information Strategies to Decide which Agents should be Replicated
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Jean-Pierre Briot (LIP6), Alessandro Almeida (LIP6), Isabelle Alvarez (LIP6), Zahia Guessoum (LIP6), Olvier Marin (LIP6), Jean-François Perrot (LIP6)
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Internal code: EXT-2007-029
External code: CARE-INO-III-FTATC-07
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| Multi-agent Systems and Fault-tolerance: State of the Art Elements
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Jean-Pierre Briot (LIP6), Samir Aknine (LIP6), Zahia Guessoum (LIP6),
Jacques Malenfant (LIP6), Olivier Marin (LIP6), Jean-François Perrot (LIP6), and Pierre Sens (LIP6)
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Internal code: EXT-2007-030
External code: CARE-INO-III-FTATC-08
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If you would like more information, please contact:
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