The da Vinci S HD Surgical System integrates advanced robotic technology and 3D HD endoscopy to allow surgeons perform complex and delicate operations through a small number of tiny incisions with increased precision, vision, control and dexterity.
Using the latest technology, the da Vinci Surgical System allows surgeons to perform complex and delicate operations through a small number of tiny incisions with increased precision, vision, control and dexterity.
The Steketee IC is an automatic hoeing machine developed by Steketee Machine Factory from The Netherlands. It uses camera images to calculate the positions of cultivated crops, enabling it to hoe around them accurately and quickly. In order to provide…
BART LAB, Center for Biomedical and Robotics Technology is a collaborative engineering/medical research center for computer integrated surgical technology and medical robotics. It wants to improve the partnership between machines and humans to help them…
Hirosaki University in Japan offers plenty of opportunities for those who want to study robotics. Their School of Science and Technology has a course on Intelligent Machines and System Engineering. This course teaches Vision-based Robot control and micromachine…
The IRRC is one of the most prestigious robotics research centers in Australia. Besides creating the internationally-known robot the SLAMbot, they also developed the Go-2 robot for Scienceworks. The Center is also adept in microcomputer systems, VLSI…
The University of Auckland’s Vision-based Robot Localization is a robotics lab that focuses on real-time image processing, the use of vision in robotics, and biologically-inspired processes. The lab’s director, Mr. David Yuen, has presented research papers…
At the Coordinated Robotics Lab. new image processing techniques have been developed for a Fire Fighting Robot that can explore a building which is on fire. These techniques combine the information gathered and present them as a 3-D map.
The Robot Techniek Lab is a Dutch robotics project designed to develop children's interest in robotics. They hope to increase the amount of students choosing a technical study by 30%. They will create an advanced robotics center to help achieve this goal.
ApriAttenda is a humanoid robot developed by Toshiba. It has advanced visual sensors and image processing system to recognize people and can locate moving individuals.
ApriAttenda ver. 2 was developed by Toshiba as an improvement over the previous version. It has a pair of arms and can grasp objects better. It can also recognize human faces.
The Babybot robot was modeled after Korean infants to resemble a 1 year old human baby. This 75cm tall robot has limited speech recognition, but its advanced eye system gives it high resolution image processing. Babybot can also walk and do a few dance…
Creo is a customizable humanoid research robot in development since 2009. It utilizes close kinematics, daisy chain network topology, and an open architectural platform.
The Fire Fighting Robot developed is a robot vehicle that can be used to explore a building which is on fire. It gathers information about the fire intensity and structure integrity while looking for survivors. Then it presents its information using a…
HIRO is a Japanese-developed, humanoid robot. This interactive robot can pass for human when wearing synthetic skin. HIRO is being used in the development of future robotics.
RoboTech SRL, an Italian robotic firm, created I-Droid. It is a programmable humanoid and can follow voice commands. It is mainly intended for educational and entertainment purposes.
The Technical University of Darmstadt developed Mr. DD Junior 2. This humanoid robot uses the inverse kinematics approach for its movements and can play soccer autonomously.
Mr. SemProM is a 1.75m humanoid whose modifiable gripper-equipped arms and multiple cameras (including wrist cameras for fine manipulations) allow it to carry objects.
