… comes with severe requirements, calling for robust design … self-organization toward real-world
applications, focusing on embodied artificial systems, such as multi-robot, cyber-physical, …

… The balance between design and selforganization is our main theme, and we hope to
identify … motivated by embodied systems, ie, physical systems situated in the real world, and …

… work; for his encouragement and support in publishing this book, and for … structures beyond
physical-chemical systems, and so on. … However, unlike the patterns in the world ... the same …

… that we find in the natural world, and many of those in the … happens in processes of physical
self-organization, such as … results of other authors, and publishing their results in new papers …

… The order of the biological world, I have come to believe, is … written without the wise
editorial crafting of George Johnson, … We have all known that simple physical systems exhibit …

… Social self‐organization implies that “we stipulate a world where the actor acts ultimately
on himself, for he is included in his organization” and a heterarchy where “each participant is …

… ; later, they became world wide authorities in artificial intelligence. … They must have a software
or physical environment for … actions must be planned at design time. In the second part of …

… some of those theories and methodologies of self-organization … of the 21st, of hypermodernity
(which is probably why the editors … urbanized world we live in.“’ But can our self-organized …

… typically large-scale, real-world systems be handled at the design stage, not least when they
… , control, and physical domains to derive self-organizing system designs that are resilient. A …

… Primary questions such as why and how human walks, or how crowd dynamics occurs
based on individual interactions, along with some more practical aspects like the design of …