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Intuitive Surgical's da Vinci Si Surgical System has enhanced 3D HD resolution, an updated...

Robotic Surgery specialist Intuitive Surgical has added enhanced 3D HD resolution, an updated interface and new ergonomic settings to the latest incarnation of its da Vinci System.  Read More

Honda demonstrates its brain-machine interface

Honda has taken some very significant steps into what could be an absolute revolution in human-computer interface. Honda Research Institute, Japan, has demonstrated a Brain-Machine Interface (BMI) that enables a user to control an ASIMO robot using nothing more than thought. Wearing a headset containing both electroencephalography (EEG) and near-infrared spectroscopy (NIRS) sensors, the user simply imagines moving either his right hand, left hand, tongue or feet - and ASIMO makes a corresponding movement. The system is still huge and slow, and the commands are quite crude and imprecise - but Honda's baby steps represent a huge leap in technology. The next task is to refine the system to work with fine motor controls, add the ability to decode non-motor brain signals and speed it all up. Then, the doors will be open for a whole range of machines that can sense your thoughts, intentions and feelings, and act directly upon them. BMI has staggering potential - this is just the beginning.  Read More

Rafael Fierro is an associate professor of electrical engineering at the University of New...

Sophisticated sensors allow robots to see and hear the world at a level far beyond humans, but when it comes to interpreting the data they’re still a few notches below Daleks. Scientists at Duke University and the University of New Mexico have used the game “Marco Polo” as the inspiration for the creation of an algorithm that allows robots to identify and intercept moving targets.  Read More

The Brown University robot interprets human silhouttes as calls to action.
 
 Image via Br...

A team from Brown University has developed a robot capable of following verbal and nonverbal commands in indoor and outdoor environments. Based on iRobot's brain-trust, previously known for developing PackBot, the machine was presented at the Human-Robot Interaction conference from March 11-13.  Read More

http://www.pinktentacle.com/2009/03/video-hrp-4c-fashion-model-robot/

Japanese researchers on Monday unveiled the HRP-4C robot in a mock fashion show, which showcased the versatile facial expressions and motions of the bot, rather than the outfit of the month. The petit, 158cm tall robot has 42 motion motors in its body, and can imitate a variety of facial expressions.  Read More

The Cajun Crawler was built by a team of mechanical engineering students at the University...

Take one DIY Self balancing electric vehicle project, replace the wheels with 6 pars of short legs based on Theo Jansen kinetic sculptures and the result looks like something out of “Hitchhikers Guide to the Galaxy”. A dynamically stabilized, ride-on robot that crawls.  Read More

The quadcopter bots have 20 minutes of battery power to find high ground.

Autonomous flying quadcopter robots, built from off-the-shelf parts in €300 kits (US$380) could be used to establish radio networks for phones and wireless Internet in disaster zones. Under development by researchers at the Ilmenau University of Technology, the bots are equipped with satellite navigation, GPS, and VIA Pico-ITX hardware.  Read More

Robotics Technology is developing the self-fueling EATR robot

February 16, 2009 Expected to survive autonomously for extended periods of time in hostile conditions, Unmanned Ground Vehicles (UGVs) could be seen as decidedly unglamorous in comparison to their airborne cousins – and none more so than the proposed Energetically Autonomous Tactical Robot (EATR) from Robotic Technology, which will suffer the indignity of ingesting and expelling biomass to fuel itself, presumably with no toilet paper. Scatalogical humor aside, it's a remarkable project which promises to greatly extend the capability of unmanned roving bots with researchers estimating that 150 pounds of vegetation could give it enough juice for 100 miles of driving.  Read More

Inside Honda's ASIMO

Those of you who (like us) have followed the development of Honda's ASIMO humanoid robot might be interested in a new "Inside ASIMO" feature now available on the bipedal bot's website. The feature uses a 3D computer-generated model to provide an interactive look at ASIMO's form, function, movement and intelligence capabilities, outlining the technology that enables the robot to, among other things, climb stairs, run, avoid obstacles, recognize faces and distinguish sounds.  Read More

The Brain-Computer Interface allows control a robotic arm

Researchers at the University of South Florida have designed a system that uses an Electroencephalograph (EEG) to read the brain waves of wheelchair-bound people and allows them to control a robotic arm with their thoughts. The Brain-Computer Interface (BCI) captures P300 brain wave responses, the consistently detectable brain waves associated with decision making, and transmits instructions to the robo-arm “without the user moving a muscle.”  Read More

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