|
June 30, 2008
Posted: 02:18 PM ET
The technology has been around for years to control animals’ movements by implanting electrodes into their brains. The concept is tried and true on things from rats to sharks. At one point it was proven that rats could be used to help on search and rescue missions by adding a backpack camera to the equation. Larger animals can handle heavier equipment, but if placed in a sensitive situation, they could be easily detected. The Defense Advance Research Projects Agency (DARPA) is looking for a solution. DARPA is continuing to harness natural animal motor skills in combination with artificial control systems, but is now looking into using smaller test subjects. The Hybrid Insect Micro-Electro-Mechanical Systems (HI-MEMS) project is how DARPA plans to achieve this. The premise is to take a small, ordinary organism and transform it into a robot of sorts. By using insects, DARPA hopes to be able to hold greater control over a final destination, while at the same time utilizing the insects’ natural fluid movements. The trick will be making control mechanisms and other equipment small and light enough for the insects to be able to handle them. The ability to guide the insects to a location with precision could allow them to accomplish tasks deemed too dangerous for humans. DARPA says on its web site that insects could be outfitted with sensors capable of transmitting information about air quality, or even devices to transmit sound. The insects could get close enough to a target to relay data otherwise unavailable. The proverbial “fly on the wall” might actually turn out to be a fly on the wall. Researchers have come up with a way to implant tiny controlling devices into a moth during its early developmental stages. The moth then matures around the implants, becoming one with the devices. With the implants in place, researchers can then begin the controlled movement process. Techniques to control movement could include direct muscle stimulation or neural stimulation that would tell the insect which muscles to move. GPS and ultrasonic signals are some of the technologies being investigated to guide insects to their destinations. HI-MEMS is a long way off from being ready to throw the robo-insects into mainstream use. Technology issues, costs, and environmental hazards have to be sorted out before the insects will be ready to go out in the field. Until then, spy bugs may be a thing of the future, but the technology coming out of the project is in the now. Katie Glaeser, CNN
Filed under: robotics • science |
 
About this blog
As we reach out to learn more about the universe, we're all coming to terms with our relationship to our home planet: Pollution, solutions, and challenges in the way we live - and what we may leave behind. New Gadgets, and new discoveries, from the lab to the edges of the Galaxy; and the crossroad where science, religion, money and politics collide. Miles O'Brien and CNN's Sci-Tech team debrief, decode, and occasionally debunk the torrent of news about our earth, space, and cyberspace.  Recent Posts
Related Links
 |
|
CNN Comment Policy: CNN encourages you to add a comment to this discussion. You may not post any unlawful, threatening, libelous, defamatory, obscene, pornographic or other material that would violate the law. Please note that CNN makes reasonable efforts to review all comments prior to posting and CNN may edit comments for clarity or to keep out questionable or off-topic material. All comments should be relevant to the post and remain respectful of other authors and commenters. By submitting your comment, you hereby give CNN the right, but not the obligation, to post, air, edit, exhibit, telecast, cablecast, webcast, re-use, publish, reproduce, use, license, print, distribute or otherwise use your comment(s) and accompanying personal identifying information via all forms of media now known or hereafter devised, worldwide, in perpetuity. CNN Privacy Statement.
|
|
del.icio.us
Add a comment
