TUM Munich is developing a new seal of approval for state -of -the -art robot technology

TUM Munich is developing a new seal of approval for state -of -the -art robot technology

In the exciting world of robotics, the Munich Institute of Robotics and Machine Intelligence (Mirmi) of the Technical University of Munich has committed itself to an ambitious project. Researchers have developed an evaluation scheme for industrial robots as well as mobile, humanoid robots and robotic hands. The aim is to establish a seal of approval for the robotics industry, which should offer a reliable comparison basis. The [Digital Manufacturing Magazine] (https://www.digital-manufacturing-magazin.de/robotics-sum-schaft-guer-fuer-robot technology-a-c932fae04f3f675c3115827c5/) reports that Achim Lilienthal, the deputy Mirmi director, which sees the potential of this test methodology as a possible industrial test standard.

A central component of the project is announced by the development of a national test center for robotics, such as Lorenzo Masia, Executive Director of TUM Mirmi. A standardized test system is established here to evaluate the sensitivity of robots. The “Tree of Robots”, which illustrates the different properties of industrial manipulators, such as one -armed robot arms, is particularly interesting. These robots are shown in a spider diagram based on their basic skills and offer a clear overview of their capacities.

The properties of robots in the focus

In order to evaluate the skills of the robots, 25 measured values were created that describe their tactility. These values are crucial to analyze the soulful use of the robots with their surroundings. The distinction between the classes "Industrial Robots", "Cobots", "Softrobots" and "Tactile Robots" enables the robots to be categorized according to their area of application. This categorization is particularly relevant because the requirements for robots vary greatly depending on the area of application; Be it the necessary precision in surgery or the required force in production.

This comprehensive evaluation system could make a decisive contribution to improving and standardizing robotics. The Mirmi has also established itself as a central point of contact for robotics in Germany. In cooperation with 16 universities and non -university institutions, the project "Development of embodied intelligence" has been promoted since 2018, which, among other things, aims at the support of older and needy people.

artificial intelligence as a key technology

In the context of these developments, the role of artificial intelligence (AI) in robotics is essential. According to the Robotikverband, the technology has changed from rigid machine behavior towards flexible, adaptable systems. The modern requirements for production require greater flexibility and the ability to work in small lot sizes - exactly what is required in the sense of the production of the future.

AI is not only a buzzword, but also enables robots to see, feel and react independently. This leads to an optimization of program processes, forward -looking maintenance and adaptation of movement sequences in real time. Applications range from automatic quality control to support in the household area to care, where robots are able to make diagnoses and relieve nursing staff.

The potential of robotics is huge and offers many opportunities for the future. It remains exciting how these technologies can be further developed and integrated into the human environment. But one thing is clear: the interaction between AI and robotics will probably shape our future.