Handbook of Collective Robotics: Fundamentals and Challenges - Google Books. Computational Social Network Analysis: Trends, Tools and Research Advances - Ajith Abraham, Aboul-Ella Hassanien, Vaclav Snáel - Google Books. MASON Multiagent Simulation Toolkit. Modular robot reassembles when kicked apart. Robots with a mind of their own. Technology | Smart future for swarming robots. The robots swarm and mass together like living creatures Swarms of robots could one day be exploring space or doing dangerous jobs on Earth, say researchers. Promising prototypes of co-operating robots were on show at the Artificial Life XI conference this week.
Advances in technology mean it is now possible to create self-assembling robot chains as well as tiny robots for as little as £24. Roboticists say the swarms of robots could prove more adaptable and smarter than individual, self-contained ones. Crowd control "For a long time in robotics there was this focus on a 'smart machine', an android that would make you breakfast and go out and buy your shopping," said Dr Seth Bullock, the University of Southampton researcher chairing the Alife XI conference. "But that's extremely challenging; it's going to be far easier for us to engineer little simple things and rely on them to organise themselves. " Red and green lights on the robot were used to show which task they had chosen. Chain gang. Manuel De Landa - Out of Control. Systems are getting so complicated that they're out of control in a rational sense. To avoid self-destruction, we have to start thinking of our inter- action with technology in terms of the intuitive, the irrational.
A trialogue on machine consciousness with Mark Pauline, Manuel De Landa and Mark Dery. Mark Pauline is the founder and director of Survival Research Laboratories (SRL), a San Francisco-based organization that stages mechanical spectacles in which teleoperated weaponry and autonomous robots menace each other - and audience members - in a murk of fumes and flames. SRL performances incorporate military technology - an electromagnetic rail gun, a V-1 jet engine - in a Theater of Operations that explodes popular myths about antiseptic "smart" wars. On another level, the group's colliding vehicles and reanimated roadkill can be seen as a scaled-down model of our chaos culture, with its freeway pile-ups and automated slaughterhouses.
Chaos is Manuel De Landa's bailiwick as well. Manuel DeLanda Annotated Bibliography. This page comprises an annotated bibliography of the work of philosopher Manuel DeLanda (1952-). DeLanda addresses a broad range of scientific and cultural concerns, and has written on topics as diverse as warfare, linguistics, economics, evolution, chaos theory, self-organizing matter, nonlinear dynamics, artificial life and intelligence, the internet and architecture, amongst many others. He draws especially on the work of the late French philosopher Gilles Deleuze, and many of his essays explicitly seek to demonstrate the utility of Deleuze's work for thinking about current scientific and philosophical problems. DeLanda teaches at Columbia University Graduate School of Architecture, Planning and Preservation in New York. Comments, corrections, additional texts and broken links can be reported to firstname.lastname@example.org. Manuel DeLanda, 'Wittgenstein at the Movies' presented at Cinema Histories, Cinema Practices I, University of Southern California, Monterey, California, May 1981.
Zero News Datapool, MANUEL DE LANDA,THE EMERGENCE OF SYNTHETIC REASON. At the end of World War II, Stanislav Ulam and other scientists previously involved in weapons research at Los Alamos, discovered the huge potential of computers to create artificial worlds, where simulated experiments could be conducted and where new hypotheses could be framed and tested.
The physical sciences were the first ones to tap into this "epistemological reservoir" thanks to the fact that much of their accumulated knowledge had already been given a mathematical form. Among the less mathematized disciplines, those already taking advantage of virtual environments are psychology and biology (e.g. Artificial Intelligence and Artificial Life) ,although other fields such as economics and linguistics could soon begin to profit from the new research strategies made possible by computer simulations. Yet, before a given scientific discipline can begin to gain from the use of virtual environments, more than just casting old assumptions into mathematical form is necessary. Untitled. Paul D. Miller a.k.a. DJ Spooky let me run this interview in my book, Follow for Now. It was originally on Paul’s site, djspooky.com.
“The more consciousness is intellectualized, the more matter is spatialized.” — Henri Bergson, “Creative Evolution,” 1911 Manuel De Landa writes from a strange pataphysical world of disjunctions and fluid transitions — a milieu where writing about ideas becomes a fluid dialectic switching from steady state to flux and back again in the blink of an eye, or the turn of a sentence. His style of thinking is a like a landscape made of crystalline structures: rocks and lavas, magmas and tectonic plates that dance beneath our feet at every moment.
And that doesn’t even get to the shifting magnetic polarities of the planet and the solar winds and celestial movements that surround our little third stone from the sun. Writing about Manuel De Landa’s work is difficult. All are obliterated, all brought down By the tireless trickle of the endless sand. Paul D. CTheory.net. CTHEORY Interview with Manuel De Landa Manuel De Landa in conversation with: Don Ihde, Casper Bruun Jensen, Jari Friis Jorgensen, Srikanth Mallavarapu, Eduardo Mendieta, John Mix, John Protevi, and Evan Selinger. Manuel De Landa, distinguished philosopher and principal figure in the "new materialism" that has been emerging as a result of interest in Deleuze and Guattari, currently teaches at Columbia University. Because his research into "morphogenesis" -- the production of stable structures out of material flows -- extends into the domains of architecture, biology, economics, history, geology, linguistics, physics, and technology, his outlook has been of great interest to theorists across the disciplines.
I. War, Markets & Models Manuel De Landa: Though I understand what you are getting at I do not think it is very useful to use this label (biological terrorism) for this phenomenon. The question of Intellectual Property rights is also complex. De Landa: I'll begin with the latter. II. Markets and Antimarkets in the World Economy. By Manuel De Landa One of the most significant epistemological events in recent years is the growing importance of historical questions in the ongoing reconceptualization of the hard sciences. I believe it is not an exaggeration to say that in the last two or three decades, history has almost completely infiltrated physics, chemistry and biology. It is true that nineteenth century thermodynamics had already introduced an arrow of time into physics, and hence the idea of irreversible historical processes.
It is also true that the theory of evolution had already shown that animals and plants were not embodiments of eternal essences but piecemeal historical constructions, slow accumulations of adaptive traits cemented together via reproductive isolation. Hence, it should come as no surprise that the current penetration of science by history has been the result of advances in these two disciplines. And what is true of physical systems is all the more so for biological ones.
MANUEL DELANDA: Opportunities and Risks | LEBBEUS WOODS. Another in the ongoing series of articles on materiality by philosopher Manuel DeLanda. How do animals perceive their material environments? This question is intimately related to another one: what opportunities for action are supplied to an animal by its environment? The complementarity of the two questions points to the fact that when it comes to animal perception it is the interaction of organic bodies and the materiality of their surroundings that matters.
A cluttered space, for example, supplies a walking animal with the possibility of locomotion in only some directions, those exhibiting openings or passages, but not in others, while an open, uncluttered space offers it the possibility of locomotion in all directions. To use a different example, the edge of a cliff presents a walking animal with a risk, the risk of falling, and the sharp edges of the rocks below, the risk of piercing its ﬂesh. Manuel DeLanda.