Know the features of your robotic vacuum 
Robotic Vacuum Cleaner - Robot Vacuums
We analyze the effectiveness and efficiency of robotic vacuum cleaners and detail the advantages of this impressive technology
A specially-equipped Roomba robot vacuum cleaner can now sense human emotional states.
Dream Robot Vacuum Cleaner - Bookshelf
358 pages
The Future of Technology
The gentle rise of the machines The science-fiction dream that robots would one day become a part of everyday life was ... Robot vacuum cleaners, it seems, are catching on. Are these mere playthings, or the beginning of a new trend?
About this book
From the industrial revolution to the railway age, through the era of electrification, the advent of mass production, and finally to the information age, the same pattern keeps repeating itself. An exciting, vibrant phase of innovation and financial speculation is followed by a crash, after which begins a longer, more stately period during which the technology is actually deployed properly. This collection of surveys and articles from The Economist examines how far technology has come and where it is heading. Part one looks at topics such as the "greying" (maturing) of IT, the growing importance of security, the rise of outsourcing, and the challenge of complexity, all of which have more to do with implementation than innovation. Part two looks at the shift from corporate computing towards consumer technology, whereby new technologies now appear first in consumer gadgets such as mobile phones. Topics covered will include the emergence of the mobile phone as the "digital Swiss Army knife"; the rise of digital cameras, which now outsell film-based ones; the growing size and importance of the games industry and its ever-closer links with other more traditional parts of the entertainment industry; and the social impact of technologies such as text messaging, Wi-Fi, and camera phones. Part three considers which technology will lead the next great phase of technological disruption and focuses on biotechnology, energy technology, and nanotechnology.
240 pages
We, Robot, Skywalker's Hand, Blade Runners, Iron Man, Slutbots, and How Fiction Became Fact
This dream- team mechanism could ... There are more robotic vacuum cleaners on the market than you can shake a mop at. Some of them use electrostatic dust pads ;8 some use standard air vent–based suctions; some use rollers or ...
About this book
"If you grew up like I did on a steady diet of "The Jetsons," "The Six Million Dollar Man," "Star Wars, " and "The Terminator," then you've been wondering when all your robot fantasies might become true. But unlike promises that every American will own a personal jet pack and hovercraft by now, the proliferation of cyborgs, androids, and avatars is real. With wit and insight, Mark Stephen Meadows separates science fiction from actual fact, navigating the ethically sketchy territory of domestic robots and autonomous military robots, artificial hands and artificial emotions. "We, Robot" raises the crucial questions that robot-makers largely ignore. In doing so, it shows us that in our quest to create more and more lifelike robots, we've become more robotic ourselves." --Ethan Gilsdorf, author of "Fantasy Freaks and Gaming Geeks: An ""Epic Quest for Reality Among Role Players, Online Gamers, ""and Other Dwellers of Imaginary Realms""" Examining our favorite science fiction tales to reveal which robots actually exist today--and what's coming tomorrow "We, Robot" does for robotics what Michio Kaku's bestselling "Physics of the Impossible" has done for physics. How close to becoming reality are our favorite science fiction robots? And what might be the real-life consequences of their existence? Robotics and artificial intelligence expert (and science fiction fan) Mark Stephen Meadows answers that question with an irresistible blend of hard science, futurist imagination, solid statistics, pop culture, and plenty of humor. What exists now? Robots strikingly similar to those in "The Terminator, The Jetsons, "and "2001: A Space Odyssey." Meadows reveals robots that hunt humans, walk your dog, tidy up the house, invest your money, and campaign for your favorite political candidate. What will we see in the coming decade? Robots just like the ones in "Iron Man, Blade Runner, " and "Neuromancer." Readers will learn about the near-future robots who dodge bullets, love you, and get hurt when you don't love them back. What about twenty, thirty, even fifty years from now? Creations like those from "Star Wars," "The Jetsons," "Battlestar Galactica," and "Avatar." Prepare your kids and grandkids for robots that have animal brains or animal bodies, rule the world, govern your city, and demand equal rights!"" Including full-color illustrations of famous science fiction robots, photos of current real robots, and more, "We, Robot" is a must for fans of both science fiction and science fact, as well as anyone with a touch (or more) of geekiness in their past or their present.
1611 pages
Springer Handbook of Robotics
The annual market volume for domestic cleaning robots, given the published figures, is estimated to be around 0.15 billion EUR, which is 20 times smaller. Furthermore, the market size for full-size household vacuum cleaners in the US ...
About this book
I Robotics Foundations: Kinematics; Dynamics; Collision Avoidance; Motion Planning; Trajectory Generation; Identification; Motion Control; Redundancy and Singularities; Force Control; Architectures and Programming II Robot Design and Structures: Manipulator Design; Multifingered Hands; Parallel Structures; Elastic Joints; Flexible Links; Advanced Robot Design III Sensing and Perception: Force and Tactile Sensing; Laser and Range Sensing; Vision and Reconstruction; Stereo and Motion Vision; Omnidirectional Images; Visual Tracking and Servoing; Sensor Fusion; Sensory-Feedback Control IV Locomotion and Mobile Robots: Legged Locomotion; Walking Machines; Wheeled Robots; Robot Navigation; Nonholonomic Planning; Neural Behaviour and Fuzzy Maps; Mapping and Localization; SLAM V Manipulation and Human-Robot Interfaces: Grasping Manipulation; Constraint Motion Planning; Assembly Planning; Teleoperation and Telerobotics; Human Augmentation; Virtual Reality; Haptic Devices; Haptic Rendering; Interactive Simulations VI Advanced Robotics: Cooperative Robots; Distributed and Cellular Robots; Mini/Micro/Nano Robots; Biologically-Inspired Robots; Learning and Hybrid Techniques; Human-Centered Robotics and Humanoids; Human Robot Interaction; Reconfigurable and Dependable Robots; Online and Internet Robotics VII Field and Service Robotics: Underwater Robotics; Aerial Robotics; Space Robots and Systems; Robotics in Agriculture; Robotics in Construction; Search and Rescue Robots; Entertainment Robotics; Personal Robots; Medical Robots and Systems; Health Care and Rehabilitation
