Institut für Neuroinformatik
- 1:
Mitarbeiter. - 2:
Forschung.- 2.1:
Artificial Neural Networks. - 2.2:
Neurobotik.- 2.2.1:
Research. - 2.2.2:
People. - 2.2.3:
Labs and Robots. - 2.2.4:
Teaching. - 2.2.5:
Publications. - 2.2.6:
Diploma/ Master/Bachelor These. - 2.2.7:
News/Jobs. - 2.2.8:
Pictures/Videos. - 2.2.9:
Contact.
- 2.2.1:
- 2.3:
Vision and Perception. - 2.4:
AG Bioinformatics and Systems Biology. - 2.5:
Biological Neural Networks. - 2.6:
Publikationen. - 2.7:
Doktorarbeiten. - 2.8:
Projekte.
- 2.1:
- 3:
Lehre. - 4:
Kompetenzzentren. - 5:
SFB-TR62. - 6:
Intern.

Labs
Robots

Adam and Stan are RWI-B21 indoor robots (106 cm height and 52.5 cm diameter). They are equipped with 24 sonar sensors and a laser sensor for obstacle detection. Data measurment and control signals are managed via two internal computers plus a laptop, all integrated via an on-board Ethernet. These robots are suitable for prototyping applications for a home, and also suitable for robot human interaction.
3 E-Puck mobile robots developed recently at the Ecole Polytechnique Federale de Lausanne for teaching activities. An E-Puck is equiped with 8 infrared proximity sensors placed around the body, a 3D accelerometer, 3 microphones, a speaker, a color CMOS camera, and 2 stepper motors to control the movement of the wheels with a resolution of 1000 steps per wheel revolution.
Our humanoid robot is an improved version of the robot RB1000 sponsored by
Graupner. It is a small humanoid robot (size: 300 x 320 x 95 mm, weight: 1,5 Kg) with 19 degrees of freedom. It is equipped with a Micorcontroller (SSC – 32), a Bluetooth adapter, a Gyroscope sensor, and a wireless camera. Matlab and C++ graphical user interfaces were developped to control the robot.









