020 ## - | |
---|---|
-- | 9783540343196 |
-- | 978-3-540-34319-6 |
024 7# - | |
-- | 10.1007/3-540-34319-9 |
-- | doi |
050 #4 - | |
-- | Q334-342 |
050 #4 - | |
-- | TJ210.2-211.495 |
072 #7 - | |
-- | UYQ |
-- | bicssc |
072 #7 - | |
-- | TJFM1 |
-- | bicssc |
072 #7 - | |
-- | COM004000 |
-- | bisacsh |
082 04 - | |
-- | 006.3 |
-- | 23 |
100 1# - | |
-- | Bräunl, Thomas. |
-- | author. |
245 10 - | |
-- | Embedded Robotics |
-- | [electronic resource] : |
-- | Mobile Robot Design and Applications with Embedded Systems / |
-- | by Thomas Bräunl. |
250 ## - | |
-- | Second Edition. |
264 #1 - | |
-- | Berlin, Heidelberg : |
-- | Springer Berlin Heidelberg, |
-- | 2006. |
300 ## - | |
-- | XIII, 458 p. 233 illus. |
-- | online resource. |
336 ## - | |
-- | text |
-- | txt |
-- | rdacontent |
337 ## - | |
-- | computer |
-- | c |
-- | rdamedia |
338 ## - | |
-- | online resource |
-- | cr |
-- | rdacarrier |
347 ## - | |
-- | text file |
-- | |
-- | rda |
505 0# - | |
-- | Embedded Systems -- Robots and Controllers -- Sensors -- Actuators -- Control -- Multitasking -- Wireless Communication -- Mobile Robot Design -- Driving Robots -- Omni-Directional Robots -- Balancing Robots -- Walking Robots -- Autonomous Planes -- Autonomous Vessels and Underwater Vehicles -- Simulation Systems -- Mobile Robot Applications -- Localization and Navigation -- Maze Exploration -- Map Generation -- Real-Time Image Processing -- Robot Soccer -- Neural Networks -- Genetic Algorithms -- Genetic Programming -- Behavior-Based Systems -- Evolution of Walking Gaits -- Outlook. |
520 ## - | |
-- | . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . t all started with a new robot lab course I had developed to accompany my robotics lectures. We already had three large, heavy, and expensive mobile robots for research projects, but nothing simple and safe, which we I could give to students to practice on for an introductory course. We selected a mobile robot kit based on an 8-bit controller, and used it for the first couple of years of this course. This gave students not only the enj- ment of working with real robots but, more importantly, hands-on experience with control systems, real-time systems, concurrency, fault tolerance, sensor and motor technology, etc. It was a very successful lab and was greatly enjoyed by the students. Typical tasks were, for example, driving straight, finding a light source, or following a leading vehicle. Since the robots were rather inexpensive, it was possible to furnish a whole lab with them and to c- duct multi-robot experiments as well. Simplicity, however, had its drawbacks. The robot mechanics were unre- able, the sensors were quite poor, and extendability and processing power were very limited. What we wanted to use was a similar robot at an advanced level. |
650 #0 - | |
-- | Computer science. |
650 #0 - | |
-- | Software engineering. |
650 #0 - | |
-- | Artificial intelligence. |
650 14 - | |
-- | Computer Science. |
650 24 - | |
-- | Artificial Intelligence (incl. Robotics). |
650 24 - | |
-- | Special Purpose and Application-Based Systems. |
650 24 - | |
-- | Automation and Robotics. |
650 24 - | |
-- | Control Engineering. |
710 2# - | |
-- | SpringerLink (Online service) |
773 0# - | |
-- | Springer eBooks |
776 08 - | |
-- | Printed edition: |
-- | 9783540343189 |
856 40 - | |
-- | http://dx.doi.org/10.1007/3-540-34319-9 |
912 ## - | |
-- | ZDB-2-SCS |
950 ## - | |
-- | Computer Science (Springer-11645) |
999 ## - | |
-- | 14264 |
-- | 14264 |
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