Autonomic Computing: Concepts, Infrastructure and Applications

Part - 1: The Autonomic Computing Paradigm Overview of Autonomic Computing: Origins, Evolution, Direction A Requirements Engineering Perspective on Autonomic Systems Development Autonomic Computing: A System Wide Perspective Architecture Overview for Autonomic Computing Part - 2: Self-* Properties - Approaches and Infrastructures A Taxonomy for Self-* Properties in Decentralized autonomic Computing Exploiting Emergence in Autonomic Systems A Control-Based Approach to Autonomic Performance Management in Computing Systems Transparent Autonomization in Composite Systems Recipe Based Service Configuration and Adaptation Part - 3: Self -* properties - Enabling Systems, Technologies, and Services A Programming System for Autonomic Self-Managing Applications A self Configuring Service Composition Engine Dynamic Collaboration in Autonomic Computing Auto Flow: Autonomic Information Flows for Critical Information Systems Scalable Management Technologies for Management of Large scale, Distributed Systems Platform Support for Autonomic Computing: A Research Vehicle Part - 4: Realization of Self* Properties Dynamic Server Allocation for Autonomic Service Centers in the Presence of Failures Effecting Runtime reconfiguration in Managed Execution environments Self Organizing Scheduling on the Organic Grid Autonomic Data Teaming for High Performance Scientific Applications Autonomic Power and Performance Management of Internet Data Trace Analysis for Fault Detection in Application Servers Anomaly Based Self Protection against Network Attacks