Further details were originally hosted at pulsefield.com/hackahula. The Team The project was a collaborative effort by: Dr. Nicolas Weidinger Mark Burdett
The team utilized a sophisticated blend of motion capture technology, hardware, and software: IMG_0627.MOV
Perception Neuron (Axis Neuron software) was used to track movement. Hardware: Arduino microcontroller for logic control. DC Motors for physical movement. String Potentiometers for position sensing. 80-20 T-slot aluminum for structural framing. Software & Design: Matlab for data processing. Adobe Illustrator and Keynote for design and presentation. iMovie for video editing and documentation. Media Assets Further details were originally hosted at pulsefield
This specific file is documented as a video demonstration of the robot's movement or construction, hosted via Dropbox. Hardware: Arduino microcontroller for logic control
The project involved the creation of a bell-shaped robot designed to mimic or interact with motion. The robot's physical structure was built using expanded foam and finished with a shirt and skirt to give it a humanoid appearance. Technical Specifications