Titlebook: Symbiotic Multi-Robot Organisms; Reliability, Adaptab Paul Levi,Serge Kernbach Book 2010 Springer-Verlag Berlin Heidelberg 2010 Embodied Co

不规则的跳动

调整

echnic

Concepts of Symbiotic Robot Organisms,e collective on the level of their aggregation or population. Since these survived millions of years in the course of multiple evolutionary processes, we can learn from them how to achieve long-term stability, diverse functionality and reliability for artificial collective systems.

Painstaking

Final Conclusions,hieving extended reliability, advanced adaptivity and artificial evolution. It is a main enabler of sustainable development for the next generation of collective robotics and adaptive autonomous systems.

LANCE

Hyperplasia

Concepts of Symbiotic Robot Organisms,self-development. Many natural systems, such as atomic or molecular phenomena (Balzani . .., 2003), social insects or animals (Camazine . .., 2003) are collective on the level of their aggregation or population. Since these survived millions of years in the course of multiple evolutionary processes,

宣誓书

Heterogeneous Multi-Robot Systems,er suitable capabilities to the symbiotic robot organisms. However, this does not necessarily mean that the design of individual robots has to be particularly complex from a mechanical point of view. On the contrary, excessive complexity can lead to several disadvantages in the assembled state of th

Prostaglandins

禁令

Final Conclusions,lemented further within a large interdisciplinary framework. Pursuing it must be seen as an essential conceptual and technological breakthrough for achieving extended reliability, advanced adaptivity and artificial evolution. It is a main enabler of sustainable development for the next generation of

结构