This semester, Fall 2016, is a busy one, with two conference papers, one at the American Folklore Society and another at Social Informatics, and a book manuscript due, but being so busy also means I am looking forward to some down time, and spending that time with my daughter who has some interest in robots. So I’ve started collecting information — some tips here, some projects there — to keep us busy during the winter months.
Make magazine is always a good source, and I’ve come across a couple of pages worth holding onto for the time being:
In a recent re-running of the Milgram experiment, a German researcher replaced the human subjects on the other side of the switch with a robot and discovered that humans assigned to switch the robot off have qualms about doing so when the robot, in a sense, pleads for its life. The experiment follows another staged in 1996 where humans interacted with a computer that was either helpful or not. Interesting series of experiments spread across a rather impressive range of years. The focus of the research is on the importance of reciprocity in human psychology. The NPR write-up suggests that the scientists conclude that reciprocity is built-in. Link to NPR report. Link to researcher’s website.
As my daughter gets older, she gets closer and closer to that moment when I get to try to convince her to be as fascinated with robots as I am. Lego Mindstorms already purchased for seven year old? Check. Bin full of old electrical motors and gears ready for spontaneous robot making? Check. Robot events? Check:
The possibility for robotics at home just got a lot more interesting. I have been following the development of the Pi Raspberry board, which promises the ability to have a basic computer for something like $25. (I imagine building a custom home file server with something like that, or even re-wiring an old laptop!) It turns out that a Broadcom employee, Gert von Loo, has been experimenting with an add-on board that has the ability to communicate with other kinds of devices. The video above shows a C program, but he notes that one could just as easily use Python or even a shell script. The motor in the video is capable of lifting 60kg.
Wired has a nice write-up on the new Arduino project boards which have graduated from 8-bit to 32-bit and are now ARM based. I am looking forward to having the time one day soon for me and Lily to play with robots of our own making.
It’s hard to say which is more interesting right now: Lego Mindstorms or the Arduino stuff. Once the book is done, I want to spend more time exploring both before deciding to invest in one — and they do represent an investment of money and time. I definitely want not only to play and learn for myself but also to make it possible for Lily to play and learn, if she is so inclined.
The Maker Shed has a slightly expanded version of the Getting Started with Arduino Kit on sale right now.