The success of future machines, either capable of artificial intelligence or guided by men, is based on the accuracy of their movements and the crystal-clear communication with the commands given.
Axless Robotics
New concepts of Robotics
Our innovative technology will open new horizons in many different branches of engineering, like space and terrestrial vehicles, robotics and the production and manipulation of very clean and green energy.
Future site for Axless-Robotics
Welcome to this new sub-domain of Axless Corp
Axless Corp. will be dedicating this entire sub-domain to robotics and its main applications, from the new designs concepts of our servo motors technology to the controllers, electronics and mathematical equations utilized in the client-server programs required for their applications.
We will be publishing extensive articles related to robotics reviews, videos, CGI animated movies, CAD graphics, electronic circuits diagrams, all in order to visualize our new concepts in a more advanced and detailed method, understanding better all their applications and advantages.
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RoboTalk: Controlling Arms, Bases and Androids
A note from Axless Corp.
This article of Robotalk was within our scope of search -like many others- when applying our technology to robotics, besides the fact of considering Robotalk, a very robust network client-server, it also contains info and data of very high values and interests related to the actual Robotics Networks, Hardware and Software configurations, discrepancies and much more…so we have decided, it deserves a place in our sites archives, for further consults and forums.
Abstract- Despite several successful humanoid robot projects from both industry and academia, generic motion interfaces for higher-level applications are still absent. Direct robot driver access proves to be either very difficult due to the complexity of humanoid robots, very unstable due to constant robot hardware upgrade and re-design, or inaccessible due to proprietary software and hardware. Motion interfaces do exist, but these are either hardware-specific designs, or generic interfaces that support very simple robots (non-humanoids). Thus, this paper introduces RoboTalk, a new motion interface for controlling robots. From the ground up our design model considers three factors: mechanism-independence to abstract the hardware from higher-level applications, a versatile network support mechanism to enable both remote and local motion control, and an easy-tomanage driver interface to facilitate the incorporation of features by hardware developers. The interface is based on a motion specification that supports a wide range of robotic mechanisms, from mobile bases such as a Pioneer 2 to humanoid robots. The specification allows us to construct interfaces from basic blocks, such as wheeled bases, robot arms and legs. We have tested and implemented our approach on the Honda ASIMO robot and a Pioneer 2 mobile robot.
Axless trademark and all the patents, including those in patent pending status, evoked in the description of these technologies, in this site and all its sub domains, are protected under U.S and International laws. Axless Corp. an its affiliates reserves all the rights to the entire project, as to be granting licenses world wide in all the applications related to Axless Development Technologies.
Licenses subject to restrictions, Axless Space and some branches of Axless Robotics applications, are subject to approval by the Federal Administrations that regulate those fields, and may vary according to the Country of issuance. Licenses WILL NOT BE GRANTED to middle transaction companies to resell or sub license to third parties. NO LICENSES WILL BE GRANTED for the use in war or warlike purposes at all.
Axless has been designed for the benefit, peace and progress, to generate clean and green energy in order to reach higher civilizations levels for the entire planet, Not to contribute to its destruction.
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