Content

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   List of figures
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   List of tables
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   List of algorithms
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   List of program codes
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  Introduction
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   Objectives of this work
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   Strategy
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   Organization of this work
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   Bibliography
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  Related work
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  Self-repairing hardware
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   Multifunctional units
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   Dynamic partial reconfiguration for testing and repair
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   Distributed self-repairing of a network of FPGA nodes
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   Small-scale reconfigurability for fault detection, diagnosis and recovery
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   Logic self-repair
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   Dual-FPGA architecture for autonomous self-repair
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  Self-repairing approaches inspired by biological systems
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   Immune system paradigm
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   POEtic tissue
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   Evolvable hardware
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   Embryonics
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   Immunotronics
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   e-DNA
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   Autonomic System on Chip
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   Immunocomputing
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  Self-repairing in FPGAs
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   Roving STAR
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   TMR + RoRA
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  Self-repairing introduced at the hardware description
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   Automatic insertion of fault tolerant structures in the RTL description
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  Comments
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   Hardware level of abstraction
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   Hardware platform for the implementation
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   Type of addressed fault
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   Error detection technique
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   Recovery mechanism
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   Bibliography
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   Artificial immune systems
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  Biological immune system
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   Internal agents
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   External agents
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   Communication among agents
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   Immune system infrastructure
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   Immune system agents
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  Artificial immune system models and algorithms
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   Positive and negative selection
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   Clonal selection
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   Immune network
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   Dendritic cells
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   Formal immune network
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   Comparison of artificial immune algorithms
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   Bibliography
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   Fault recognition
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   Fault representation
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   Fault recognition
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   Fault repairing mechanisms assignation
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   Fault space partitioning
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   Fault recognition time
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   Fault vector dimension reduction
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   Principal component analysis
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   Singular value decomposition
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   Fault pattern vectors number reduction
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   Death of immune cells with insufficient stimulation
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   Elimination of auto-reactive immune cells
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   Cytokine formal immune network
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   Protein-protein interaction formal model
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   Formal immune network
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   Molecular recognition
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   Cytokine formal immune network
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   Apoptosis and auto-immunization
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   Conclusions
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   Bibliography
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   Evaluation of fault recognition methods
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   Fault recognition module with real fault vector elements
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   Fault recognition
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   Fault vector dimension reduction
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   Fault pattern vectors number reduction
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   Fault recognition module with binary fault vector elements
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   Fault recognition
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   Fault pattern vectors number reduction
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   Fault vector dimension reduction
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   Conclusions
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   Bibliography
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  Implementation of a self-repairing unit
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   Design of the self-repairing unit
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   Initial architecture of the self-repairing unit
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   Partial reconfiguration for recovering the unit
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   Fault injection for testing the self-repairing unit
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   Simulation of the self-repairing unit
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   Implementation of the self-repairing unit
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   Performance of the self-repairing unit
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   Conclusions
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   Bibliography
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  Major contributions and further work
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   Major contributions
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   Further work
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   Bibliography
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   List of publications
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   Bibliography