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Robotics:     more books (100)

Behavior-Based Robotics (Intelligent Robotics and Autonomous Agents) by Ronald C. Arkin, 1998-05-22 Robotics (Life in the Future) by Mark Beyer, 2002-09 Robotics (Cool Science) by Helena Domaine, 2006-01 The Lego Mindstorms NXT Zoo! An Unofficial, Kid-Friendly Guide to Building Robotic Animals with the Lego Mindstorms NXT by Fay Rhodes, 2008-02-22 Space Invaders: How Robotic Spacecraft Explore the Solar System by Michel van Pelt, 2006-12-15 How to Build a Prize-winning Robot (Robotics) by Joel Chaffee, 2011-01-15 Introduction to Robotics in CIM Systems (5th Edition) by James A. Rehg, 2002-03-18 Our Molecular Future: How Nanotechnology, Robotics, Genetics and Artificial Intelligence Will Transform Our World by Douglas Mulhall, 2002-07 Fundamentals of Mechanics of Robotic Manipulation (Intelligent Systems, Control and Automation: Science and Engineering) by Marco Ceccarelli, 2010-11-02 Duty-Split Approach in Robotic Surgery (Robotics Research and Technology) by Rinaldo C. Michelini, Silvia Frumento, et all 2010-07 Robotics in Surgery: History, Current And Future Applications Introduction to Robotics by Saeed Niku, 2010-09-22 Algorithmic and Computational Robotics: New Directions PIC Robotics: A Beginner's Guide to Robotics Projects Using the PIC Micro by John Iovine, 2004-01-02

lists with details

41. Our Molecular Future
    By Douglas Mulhall; Prometheus Books, 2002, ISBN 1573929921. Examines vast potential of new technologies to help us cope with many problems. Site has table of contents, excerpts, news release. Prometheus Books Publishers  
    http://www.ourmolecularfuture.com/

42. Robotics Home Page
    Welcome to the robotics Home Page. robotics Internet Resources Page; Robot Information Center at Arrick robotics. jwb@robotics.caltech.edu.  
    http://robotics.caltech.edu/

43. LightScan
    Features a lightscan built from the robotics Invention Kit 1.5. Animated photographs and description provided.  
    http://www.jumpstation.co.uk/lego/lightscan/
    
    Extractions: Using the Java applet on the right you can pick out the differnet components of the LightScan I wanted to wait until I had an additional light sensor, motor and a rotational sensor before I built LightScan.With the additional component it would be easy to compare readings from each light sensor and rotate the vehicle to line up with the sensor turret. The most difficult part of LightScan is the programming, which could not be done with the usual graphical interface. I had some trouble in intitial testing that proved to be simply the cogs very in reverse order, so a Large cog connected to the motor was connected to a small cog on the track, which increased speed but lowered power so much even the tracks would not turn, even if the whole unit was not touching the ground. After swapping the cogs around the unit had plenty of power on which to drive and happily went off in search of bright lights (unitl i pressed the button and it went in search of dark places).

44. UC Berkeley Robotics And Intelligent Machines Lab Home Page
    robotics and Intelligent Machines Laboratory. Department of Electrical Engineering and Computer Sciences University of California at Berkeley. Areas of Research.  
    http://robotics.eecs.berkeley.edu/

45. SMART DUST
    SMART DUST Autonomous sensing and communication in a cubic millimeter PI Kris Pister Coinvestigators Joe Kahn, Bernhard Boser  
    http://robotics.eecs.berkeley.edu/~pister/SmartDust/
    
    Extractions: On the right is where we are now (July '99) - a (currently) non-functional mote with a volume of about 100 cubic millimeters. There are two silicon chips sitting on a type-5 hearing aid battery. The right chip is a MEMS corner cube optical transmitter array - it works. On the right is a CMOS ASIC with an optical receiver, charge pump, and simple digital controller - it doesn't work (we violated some of the design rules in the 0.25 micron process, but the next one should work).

46. Biobot.info
    robotics in biology.  
    http://www.biobot.info
    
    Extractions: A "Biobot" is a robot that is designed to: (1) imitate the structure or physiology of a biological organism; (2) connect and integrate biological and mechanical components in its operation; or (3) both. Biological functions and processes imitated or integrated with mechanical systems can include: movement (e.g. walking), power generation (e.g. digestion), sensing and communication (e.g. language recognition and formation), and learning and control (e.g. neural adaptation). Biobots can emulate the ability of living organisms to walk using gyroscopic balancing, algorithms to anticipate changes in center of gravity, and motion structures that imitate those of living organizations. Biobots can extract power from chemical processing of materials from their environment, reminiscent of how biological organisms extract power with their digestive systems. Biobots can sense and communicate using light, sound and contact in a variety of modalities and frequencies like biological creatures. Biobots with adaptive learning capabilities may be able to survive in complex environments as do biological organisms.

47. Robotics Online
    Portal site for the robotics industry. Includes buyer's guide, articles, news and opinion pieces,  
    http://www.roboticsonline.com/
    
    Extractions: Robotics Online is sponsored by Robotic Industries Association, and provides information to help engineers, managers and executives apply and justify robotics and flexible automation. The site includes a Buyer's Guide with a search engine function, plus feature articles, daily news updates, case studies, technical papers, event calendar, job openings, an "Ask the Experts" forum, and much more. Founded in 1974, RIA is the only trade group in North America organized specifically to serve the robotics industry. Member companies include leading robot manufacturers, users, system integrators, component suppliers, research groups, and consulting firms. Robotic Industries Association

48. Radovan Robotics
    Embeddable chip allows external equipment to send data directly to word processors and spread sheets without loading software.  
    http://www.radovan.org/

49. Acroname Inc For Easier Robotics
    Build 21 increases the support for Garcia including a remote agent for running the API over TCP/IP and a Java interface as well. robotics in the News. robotics.  
    http://www.acroname.com/

50. Desktop Publishing Pdf Software For Digital Prepress, Digital Workflow Pdf Softw
    Offers development, consulting, and technical guidance to publishing and printing companies.  
    http://software-robotics.com/

51. Optimal Robotics Corporation
    Provides automated selfcheckout solutions for retail applications since 1991. Known for the U-Scan® Express.  
    http://www.optimal-robotics.com/
    
    Extractions: Optimal Group has as its business goals: steady and consistent growth; a strong and quality balance sheet; recurring and predictable revenues and earnings; diverse products and distribution; market leadership; development of powerful brand recognition, all with a view to enhancing financial results and creating long-term value. Optimal Payments is focused on credit and debit card processing for mail-order/ telephone-order and Internet-based businesses. Optimal Payments' unique risk management expertise provides our merchants with a solution that minimizes risk, chargebacks, settlement delays, and fraud. Optimal Services Group is uniquely positioned to offer the wide geographical coverage of a large service organization with the flexible programs of a small, independent service company. We are committed to servicing your existing equipment and to helping you maximize the return on your IT investments.

52. Robots And Robotics At The Space And Naval Warfare Systems Center, San Diego
    robotics at Space and Naval Warfare Systems Center, San Diego. The evaluation. Present and past SSC San Diego robotics activities  
    http://www.nosc.mil/robots/
    
    Extractions: Space and Naval Warfare Systems Center, San Diego The Space and Naval Warfare Systems Center, San Diego (SSC San Diego) and its predecessor organizations (NRaD, NOSC, NUC, etc.) have been involved in various aspects of robotics since the early 1960's. Robotics research and development at SSC San Diego are currently performed by two groups: The Advanced Systems Division (D37): land and air robots

53. .Saktec Robotics.
    Spanish Company for industrial robot simulation programming.  
    http://www.saktec.com

54. IFR
    News. Information. Events. 35th International Symposium on robotics. Industrial robot and related equipment suppliers. A comprehensive  
    http://www.ifr.org/

55. X-ROBOTICS ······ Robotica & µControladores PIC ······
    Acerca de los perif©ricos usados en rob³tica sensores, motores, mecanica, rutinas, microcontroladores, software y hardware.  
    http://www.x-robotics.com/

56. USC Robotics Research Labs
    Home; Projects; Robots; People; Publications; Education. The robotics Research Laboratory is part of the Center for robotics and Embedded Systems (CRES) at USC.  
    http://www-robotics.usc.edu/

57. ADR AG
    CDR duplication equipment manufacturer and CD duplication services  
    http://www.cd-robotics.com

58. ULLANTA Performance Robotics
    Ullanta Performance robotics is a theater troupe in which the actors are autonomous robots. Contact Ullanta at robots@ullanta.com or robotics Dept.  
    http://www-robotics.usc.edu/~barry/ullanta/
    
    Extractions: Contact Ullanta at barry@ullanta.com What is Robotic Theater? A glimpse of the Ullanta philosophy... Performances Programs and photos from past shows, and information on current and developing shows Street Robotics Bringing robots into the "real world" as street performers RoboCup: World Cup Robotic Soccer Our robots are not only entertaining, but true to their Bolivian heritage are ruthless "futbolistas" Custom robotic solutions for many research, entertainment, and business needs Ullanta in the News Some pointers and pictures of media coverage of our activities Tech Reports and Publications Useful research and methodologies from Ullanta About Ullanta Information about the people, robots, and name of Ullanta Performance Robotics

59. TU Braunschweig - Computer Science
    Computer Science Department. Research interests involve theoretical computer science, integrated circuit development, programming, information systems, distributed systems, network management, high performance networking, multimedia systems, robotics, scientific computing, medical informatics, computer graphics, computer engineering, and communication engineering.  
    http://www.cs.tu-bs.de/welcome_e.html
    
    Extractions: Department 1 Deutschsprachige Startseite Institutes Software Reactive Systems (Goltz) Information Systems (Ehrich) Software Systems Engineering (Rumpe) Operating Systems and Computer Networks Robotics (Wahl) Scientific Computing (Matthies) Medical Informatics (Pretschner) Computer Graphics (Fellner) Computer and Communication Network Engineering (Ernst, Schimmler) Communication Engineering (Martin) Former AG Applied Geometry and Computer Graphics (Boehm) Studies (in German) General Information Questions? Comments? Please contact our department secretary webmaster@www.cs.tu-bs.de

60. Perceptualrobotics.com
    welcome to perceptualrobotics.com, Get Free Car Quotes Here Make this your Start Page. • robotics • Robot • Mechanical engineering • Robot kit  
    http://www.perceptualrobotics.com/

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