Animal behaviors and animal communications. Animal models for computing and communications past approaches and future challenges / Social behaviors of the California sea lion, bottlenose dolphin, and orca whale / Bio-inspired computing and robots. Social insect societies for the optimization of dynamic NP-hard problems / Bio-inspired locomotion control of the hexapod robot Gregor III / BEECLUST a swarm algorithm derived from honeybees derivation of the algorithm, analysis by mathematical models, and implementation on a robot swarm / Self-organizing data and signal cellular systems / Bio-inspired process control / Multirobot search using bio-inspired cooperation and communication paradigms / Abstractions for planning and control of robotic swarms / Ant-inspired allocation top-down controller design for distributing a robot swarm among multiple tasks / Human peripheral nervous system controlling robots / Bio-inspired communications and networks. Adaptive social hierarchies from nature to networks / Chemical relaying protocols / Attractor selection as self-adaptive control mechanism for communication networks / Topological robustness of biological systems for information networks-modularity / Biologically inspired dynamic spectrum access in cognitive radio networks / Weakly connected oscillatory networks for information processing / Modeling the dynamics of cellular signaling for communication networks / A biologically inspired QoS-aware architecture for scalable, adaptive, and survivable network systems