Titlebook: Organic Computing; Rolf P. Würtz Book 2008 Springer-Verlag Berlin Heidelberg 2008 Organic Computing.architecture.bio-inspired.calculus.cog

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,Organic Computing and Complex Dynamical Systems – Conceptual Foundations and Interdisciplinary Persy of evolution to handle the increasing complexity of organisms with the emergence of novel structures and behavior. Thus, self-organization and emergence are fundamental concepts of organic computing. But these concepts are often used in a more or less intuitive manner. In the theory of complex sys

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Genesis of Organic Computing Systems: Coupling Evolution and Learning, specialized in the sense that they are biased towards solving instances from certain problem classes, namely those problems they may face in their environment. Nervous systems are perfect examples. Their specialization stems from evolution and development. In organic computing, simulated evolutiona

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Artificial Development,n compared to human designs, and incorporates features such as the ability to scale, adapt and self-repair that could be usefully incorporated into human-designed artifacts. In this chapter, we discuss how the metaphor of biological development can be used in artificial systems and highlight some of

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Self-adaptive Worker-Helper Systems with Self-Organized Task Allocation,normal worker components and helper components, and the workers need some service from time to time in order to continue with their normal work. The service is done by the helpers, which have reconfigurable hardware to perform the different service tasks. The speed of service for a certain task depe

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Concepts for Self-Adaptive and Self-Healing Networked Embedded Systems,vice. In this paper, we will present novel concepts for dynamically partitioning and assigning functionality to software as well as hardware reconfigurable resources in a network. As a result, self-adaptive and self-healing systems emerge with a good tradeoff between redundancy and reliability. The

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An Artificial Hormone System for Self-Organizing Real-Time Task Allocation in Organic Middleware,pper bounds for the real-time behavior of self-configuration, self-optimization and self-healing can be given. We also calculate the communication load produced by the hormone system and find it acceptable.

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,Bio-Inspired Networking — Self-Organizing Networked Embedded Systems,e, we study the applicability of biological mechanisms and techniques in the domain of communications. In particular, we study the behavior and the challenges in networked embedded systems that are meant to self-organize in large groups of nodes. Application examples include wireless sensor networks