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I love the hacker community, problem sorted in hours.

You're great Udo!

Samrat, if you have a problem in a year, drop me a note and I will help you out, taking over the baton in this relay race!

Per



It's back up for me, with a Swedish account, I am in Sydney Australia.


if you are interested in automated building check out this paper from IROS 2011 Distributed Multi-Robot Algorithms for the TERMES 3D Collective Construction System” by Justin Werfel, Kirstin Petersen, and Radhika Nagpal http://bit.ly/oeG8E2


@Tichy That is correct, this doesn't seem to be the most advanced form of Self-assembly but it could be an important step towards making a system that, as a whole, is capable of Self-Reconfiguration (Self-assembly=>Self-Disassemble=> Self-assembly in to something new)

Imagine a large number of basic building blocks, and a smaller numbers of of assemblers capable of moving the blocks around.

The individual units would not be capable of Self-Reconfiguration but the system as a whole would be. It could transform it self from one state to another state by using the assemblers to move the building blocks around.

To make the units capable of reconfiguration on their own or to build a system that is capable of reconfiguration is a fundamental question in the research field of Self-reconfiguring modular robotics (http://en.wikipedia.org/wiki/Self-reconfiguring_modular_robo...) that I find absolutely amazing and that are making great progress in research and where we are even starting to see some commercial products beginning to appear.


It looks like a neat technique, it just doesn't feel very self-assembly or even robotic to me. Maybe there is just not enough information in the article about what is really going on. Like what happens when one of the things turns into an "U" to wrap the item to move. Is there a magnet shaped like an U in the background? Or something more clever?


Exactly! that is why I am so interested in Self-reconfiguring modular robotics, there are several companies that are starting to offer modules to the general public, although all but one are for manually reconfigured system. But I see a lot of movement in both business and research over the last years. I think that it is likely that you will be able to buy reasonably priced Self-reconfiguring systems in 5-15 years. and in the meantime you can play with cublets :-) http://www.modrobotics.com/blog/?p=187 more on SRCMR http://en.wikipedia.org/wiki/Self-reconfiguring_modular_robo...


If you a interested in self-reconfiguring houses and furniture check out this Swiss research http://biorob.epfl.ch/page-36376.html


As I am having my first child in December I find the first part of this reassuring, as to the second half, well time will tel :-)


The video is down right now I guess it will come back up after the press conference


Great isn't it! They are having a live press conference at 10.30 am PST on http://berkeleybionics.com/


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