Welcome to Project FRAME: Future Robotics Advancement in Modular Elements
This is a collaborative discussion website meant to take the world's technological development to the next level. It was started by Moshi Badalov, Freshman student at the University of Arizona. The scope of this project is physically impossible to carry out by a single engineer with a vision, so this website was created to make the endeavor reasonable.
The focus of this project is to discuss and conclude practical methods that will globally standardize an (affordable) advanced robotics parts system for land based robots and vehicles. Advanced land robots especially feature walking machines, which will inevitably become of wide use in the world's future, across very many industries. The purpose of this discussion is to determine how to, just like the automobile industry, create a globally standardized etiquette for building advanced land-based robots and vehicles who's parts are modular. This means that any assembly (such as the legs, if it walks) can easily be switched out with elements from an entirely different company. For example, if you want to upgrade your American car, you can do it with car parts from Japan, or any country that has the same car model on the streets. Just imagine this idea with advanced robotics, where certain robot frames are as standard as certain car frames.
If you wish to author posts on this blog, kindly send an email to firstname.lastname@example.org. You are requested, however, to please watch this public presentation that led to the creation of Project FRAME. It explains the significance of this project clearly: http://www.youtube.com/watch?v=IO79r39_11Q.
Also, take a skim (or a full read, if you please) of the online research paper that corresponds to the presentation: http://www.scribd.com/doc/146767581/Analysis-and-Development-of-Advanced-Robot-Designs.
The content in the above links are of vital importance to Project FRAME.
Anyone is free to share ideas, photos, and videos to communicate their opinions on how to develop this into reality. If this discussion gets enough participants, it might shift into an official website. It's time to engineer the next generation of robotics.