Have always wondered where exactly creativity came from. Dissect artistic process and teaching it to robots is the best attempt at a better understanding.
Now the robots use deep learning, artificial intelligence, generative algorithms, and computational creativity to make a surprising amount of independent aesthetic decisions.
This innovation is allowing the robot arm to draw the portrait of people and shapes on paper, glass, etc.
The robotic arm has the system for colors and features, detection of human face and adopting image processing techniques.
Developed system consists of 4 steps image acquisition through a webcam and image processing to retrieve the contours and features of the person’s face and vectorization of the coordinates in the image plane conversion of the coordinates.
The robot makes the sculptures out of HD foam, wood,... The robot is used as an individual configurable machine tool that independently automates and performs all work steps. Moreover, CNC milling also ensures precise, three-dimensional work.
Each spectrum is first modeled individually on the computer with a proprietary program and it is additionally able to switch independently between the different tools. To this end, a range of components are available, such as a high-frequency spindle, a tool station and a turntable. During CNC milling, the milling robot uses Tool Center Point (TCP) calibration to detect the position of the tool, such as the milling head, at which it makes contact with the workpiece. Position determination is essential for exact implementation of the computer models.
By the high degree of precision of the milling robot, digital drafts can be produced quickly and exactly.