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Robotics:     more books (100)

Urologic Robotic Surgery (Current Clinical Urology) by Jeffrey A. Stock, 2008-04-11 Rescue Robotics: DDT Project on Robots and Systems for Urban Search and Rescue Duty-Split Approach in Robotic Surgery (Robotics Research and Technology) by Rinaldo C. Michelini, Silvia Frumento, et all 2010-07 Industrial Robotics: Technology, Programming, and Applications by Mikell P. Groover, Mitchell Weiss, et all 1986-03-01 Mechanics of Robotic Manipulation (Intelligent Robotics and Autonomous Agents) by Matthew T. Mason, 2001-08-01 Algorithmic and Computational Robotics: New Directions Robotic Exploration of the Solar System: Part I: The Golden Age 1957-1982 (Springer Praxis Books / Space Exploration) (v. 1) by Paolo Ulivi, David M. Harland, 2007-10-23 Applied Robotics II by Edwin Wise, 2002-12-17 Autonomous Bidding Agents: Strategies and Lessons from the Trading Agent Competition (Intelligent Robotics and Autonomous Agents) by Michael P. Wellman, Amy Greenwald, et all 2007-08-31 Modelling and Identification in Robotics (Advances in Industrial Control) by Krzysztof R. Kozlowski, 1998-06-15 PDA Robotics by Doug Williams, 2003-07-04 Robotics for Engineers by Yoram Koren, 1985-03 Handbook of Geometric Computing: Applications in Pattern Recognition, Computer Vision, Neuralcomputing, and Robotics Industrial Robotics: How to Implement the Right System for Your Plant by Andrew Glaser, 2008-08-01

lists with details

81. AI Lab Zurich : Links : Robotics
    robotics directory maintained by the Zurich AI Lab.  
    http://www.ifi.unizh.ch/groups/ailab/links/robotic.html
    
    Extractions: Topics (Teleoperation, Autonomy, Industrial Robots, Learning) Index of AI Lab Links Much of this information is gleaned from the Robotics Internet Resources Page of LPR, UMass. , which in turn was created using the comp.robotics FAQ maintained by Kevin Dowling (nivek@cmu.edu) . or using Jonathan Fletcher's JumpStation and just plain WWW surfing. Reading comp.robotics.misc and comp.robotics.research also helped a lot. Try also VLSI and robotics lab of the Indiana University , or the U. of Central Florida , they are comprehensive overviews of robotics related WWW sites. Kevin Dowling has converted the FAQ into an easy-to-use Hypertext FAQ. If necessary, you can get the latest FAQ from the MIT archive . Ron Kube's Grad Student's Who's Who in Robotics is also available (Also in WWW format) ACM's SIGART (Special Interest Group for Artificial Intelligence).

82. Merlin Control Systems Ltd
    North Yorkshire, UK company that builds, installs, and services industrial control and automation, robotics, electrical panel building, PLCs, and motor controls.  
    http://www.merlin-controls.com/

83. MDA Space Missions
    Provides space robotics and is known for developing the space shuttle remotemanipulator system, or Canadarm.  
    http://www.mdrobotics.ca/
    
    Extractions: For more than two decades, human space flight has been supported by advanced robotics developed by the Space Missions unit of MDA. We have combined complex robotics with control software to develop the Space Shuttle's Canadarm and the Mobile Servicing System for the International Space Station. Continuous support, upgrades and improvements ensure these mission-critical systems meet on-orbit requirements. MDA's reputation for innovative solutions has been further enhanced with the development of an extension to the Canadarm for on-orbit inspection of the Shuttle. This new arm will play a vital role in NASA's Return to Flight and all future shuttle missions. MDA is involved in the area of satellite missions providing a variety of solutions to many customers around the world. MDA is currently developing Canada 's next generation of SAR Earth Observation satellite RADARSAT-2. The company is increasingly getting involved in a new generation of low-cost, innovative small satellite missions providing high value operational systems to clients in areas such as earth observation, information delivery, surveillance of space and space science. Leveraging our expertise in robotic technology and space-borne sensing systems, MDA is developing sophisticated systems for on-orbit servicing and planetary missions to explore the Moon and Mars.

84. MIT Computer Science And Artificial Intelligence Laboratory
    Aiming to understand the nature of intelligence, to engineer systems that exhibit such intelligence by utilising vision, language, an in particular robotics.  
    http://www.ai.mit.edu
    
    Extractions: Scholars explore American Constitution - "on Sept. 15, Daniel Weitzner, Technology and Society Domain Leader, World Wide Web Consortium, will present a lecture, "The Internet Meets the Constitution," from 2 to 5 p.m. in room 34-304. His talk will be captured so it can be streamed on demand."

85. Robotics Links
    David Cary s extensive list of robotics websites and resources.  
    http://www.rdrop.com/~cary/html/robot_links.html
    
    Extractions: updated 2004-05-23. This is just something I threw together that I thought you might find useful. I can only write about what I hear about, so if you know something that I've left out, please tell me. Comments? includes: Ready-to-use Robot Brains : PC-104 single-board computers Programmable Logic (FPGA, PLD, CPLD, etc.) and the devices needed to program them. Robot Communication Methods Haptic sensing (touch sensors) (tactile sensors) interesting electronic parts + companies ; interesting mechanical parts + companies B.E.A.M. robots

86. WELCOME TO JPL ROBOTICS PAGE
    Official site of NASA robotics research from the Jet Propulsion Laboratory.  
    http://robotics.jpl.nasa.gov/homepage.html
    
    Extractions: This task is developing and implementing a comprehensive control architecture for multiple, disparate, interacting, planetary rovers. The control of these systems will utilize the architecture to implement artificial intelligence techniques for autonomous sequence planning, error handling, and recovery during surface operations in an unknown terrain.

87. Www.deneb.com/
    www.sciencedirect.com/science/journal/09218890 www.sciencedirect.com/science/journal/07365845 More results from www.sciencedirect.com Zagros robotics  
    http://www.deneb.com/

88. NIAD&R
    AI and Intelligent robotics group at the University of Porto.  
    http://www.fe.up.pt/~eol/

89. Zeus 1000 Internet Marketing Robot
    Zeus internet marketing robot generates thousands of reciprocal link trades byautomatically finding web sites you train him to find.  
    http://www.cyber-robotics.com/
    
    Extractions: (Internet Explorer only) Zeus create s traffic to your web site in numbers beyond your wildest dreams and will give you TOP positions in all the Search Engines like Google, Yahoo, MSN and AltaVista "Trading Links with other web sites brings you qualified traffic, period ! The more links you have, the more successful your web site. The more you use Zeus, the more successful your web site."

90. Hoppmann: High Speed Equipment And Engineering For Assembly Automation
    Parts handling, vision guided robotics, assembly systems, labeling systems, centrifugal feeders, prefeeders, orienters, bottle unscramblers, integration capabilities.  
    http://www.hoppmann.com/

91. BEST Robotics, Inc.
    BEST stands for Boosting Engineering, Science, and Technology. BEST is a nonprofitorganization that promotes team problem solving aided by local industry  
    http://www.bestinc.org/

92. Gräff Robotics - Industrie Roboter Programmierung
    Programmierung f¼r Roboter der Marken Kuka, Fanuc, Abb. Informiert ¼ber das Unternehmen und die angebotenen Leistungen.  
    http://www.graeff.de/

93. Robotics Research Group Home Page
    Research topics include active vision, visual geometry, pattern analysis, machinelearning, sonar imaging, sensor systems, and artificial neural networks.  
    http://www.robots.ox.ac.uk/
    
    Extractions: in the Department of Engineering Science, University of Oxford. Established by Professor Michael Brady in 1985, the Robotics Research Group brought together a group of like-minded engineers working in robotics research and artificial intelligence. Since then it has grown to 8 research groups whose interests range from medical imaging to producing scheduling tools for manufacturing. The Robotics Research Group is based on the Engineering Science triangle in the new Information Engineering Building. The Robotics Research Group consists of eight research groups: Active Vision Visual Geometry Wolfson Medical Vision Lab

94. Idaho National Laboratory - Adaptive Robotics - Humanoid Robotics
    Section in a collection of pages about the history, present, and future of humanoids, androids, and anthropomorphic robots (2004). Should we have intelligent, emotion exhibiting humanoids? What might the consequences be?  
    http://www.inel.gov/adaptiverobotics/humanoidrobotics/ethicalconsiderations.shtm
    
    Extractions: @import url("/shared/c/leftnav.css"); @import url("/shared/c/search.css"); @import url("/shared/c/sidebar.css"); @import url("/shared/c/inl.css"); This site will work and look better in a browser that supports web standards , but it is accessible to any browser or Internet device. Search What Does The Future Hold? Ethical Considerations References Glossary Publications A-Z Index ... Idaho Cleanup Project The Idaho National Laboratory is operated for the U.S. Department of Energy's Office of Nuclear Energy, Science and Technology by Battelle Energy Alliance Humanoid Robotics Ethical Considerations The world's population of real humans continues to steadily grow. One might ask why we would want to make a machine that looks, thinks and emotes like a human when we have plenty of humans already, many of whom do not have jobs or good places to live. It is important to re-emphasize that humanoids cannot and will not ever replace humans. Computers and humans are good at fundamentally different things. Calculators did not replace mathematicians. They did change drastically the way mathematics was taught. For example, the ability to mentally multiply large numbers, although impressive, is no longer a highly valued human capability. Calculators have not stolen from us part of what it means to be human, but rather, free our minds for more worthy efforts. As humanoids change the contours of our workforce, economy and society, they will not encroach on our sovereignty, but rather enable us to explore and further realize the very aspects of our nature we hold most dear.

95. Cell Robotics International, Inc.
    Cell robotics International Inc. manufactures, markets and sells laserbasedmedical devices and scientific research instruments. Our product lines include  
    http://www.cellrobotics.com/
    
    Extractions: December 7, 2004 November 4, 2004 Cell Robotics is a leading manufacturer of innovative biophotonic technologies for clinical and research medicine. Our Company is dedicated to producing practical and innovative products with designs driven by our customer's needs. Cell Robotics' ISO 13485 certified facility produces two technologically advanced product lines. The award-winning Lasette product line comprises miniature laser instruments for capillary blood collection, without physical invasion of the skin. Cell Robotics' Laser Microscopy Workstations use photonic forces for manipulation and microdissection of live or fixed specimens in nanospace. Lasette Needle-free laser lancing device for Home Testing and Clinical Applications Laser Microscopy Workstations Featuring LaserScissor and LaserTweezers

96. IFI Robotics - The Art And Science Of Control
    We are an official sponsor of the Vex robotics Program. Vist our site at VexLabsfor your Vex robotics Parts Accessories. Our Pneumatics Kits for the Mini  
    http://www.ifirobotics.com/
    
    Extractions: Innovation First, Inc. 6611 Interstate 30 West Greenville, TX 75402 info@innovationfirst.com IFIrobotics and RackSolutions are divisions of Innovation First, Inc. "Innovation First" and "IFIRobotics.com" are marks of Innovation First, Inc. All other product names/marks of others are the property of their respective owners.

97. Inova Computers - The Preferred Source For Embedded 3U CompactPCI (cPCI)
    3U CompactPCI (EN50155) embedded computing solutions with SBCs, PSUs, multipurpose I/O boards, EMI protected enclosures, and full real-time OS support for industrial control, transportation, avionic, and robotics applications.  
    http://www.inova-computers.com

98. NPC Robotics
    Engineers and stocks electric motors, wheels, tires, batteries and battery chargersfor use in robotics and related applications.  
    http://www.npcrobotics.com/
    
    Extractions: NPC Robotics designs components for battery powered mobility devices. We stock electric motors, speed controllers, wheels, tires, batteries and battery chargers for use in remote controlled and autonomous robotics, walk behind power assistance, and related functions. Our products have been rigorously tested in robot competitions such BattleBots, Robot Wars, Robotica, Battle Beach, Robot Assault, Steel Conflict and MechWars.

99. Multibody Dynamics Simulation
    Develops state of the art multibody dynamics simulation programs for the aerospace, automotive, robotics, and biomechanics research and engineering communities. The DynaWiz package can accommodate contact constraints, inverse dynamics, and flexible body effects.  
    http://www.concurrent-dynamics.com/
    
    Extractions: Search Download At Concurrent Dynamics... we develop Multibody Dynamics Simulation MDS programs to simulate the dynamics and control of multi-bodied mechanisms and ground/air-borne vehicles. Our dynamics simulators model any tree-configured mechanism ranging from a simple pendulum to an orbiting space station. They are designed to let you Assess Mechanical System Concept Feasibility Optimize Vehicle/Mechanism Design and Their Control System Verify and Test Control Software Analyze Mechanical or Control System Failure With Speed, Precision, and Results The Equations of Motion in our MDS programs are derived by Lagrangian formulation for forward and inverse dynamics. They accommodate contact constraints, prescribed motion, rigid and flexible body dynamics. They are solved by O(n^3) methods and by recursive O(n) methods, where n=degree of freedom of the plant. [The O(n) versions accommodate rigid body dynamics only at this time. Another O(n) version is being developed to simulate systems with both rigid/flex member bodies.] We have the Dynawiz1.dll

100. Mobile Robots & Robotics Software
     ActivMedia robotics Home. Copyright 2004, ActivMedia robotics, LLC. All rightsreserved. RIA logo Member robotics Industry Association.  
     http://www.activmedia.com/

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