Uncategorized pages

From RoboWiki
Jump to: navigation, search

Showing below up to 100 results in range #1 to #100.

View (previous 100 | next 100) (20 | 50 | 100 | 250 | 500)

  1. 100(1+1) - Lauren Kondratiev, Danijela Topić Vizcaya
  2. AI Robotics
  3. AI Robotics/en
  4. AI Robotics/sk
  5. AI Robotics Bibliography
  6. AI Robotics Bibliography/en
  7. AI Robotics Conferences and Events
  8. AI Robotics Hardware, Platforms, and Projects
  9. AI Robotics Hardware, Platforms, and Projects/en
  10. AI Robotics Hardware, Platforms, and Projects/sk
  11. AI Robotics Resources
  12. AI Robotics Resources/en
  13. AI Robotics Software
  14. AI Robotics Software/en
  15. AI Robotics Software/sk
  16. ASUS Xtion pre robota SmelyZajko (Marek Jelen, Miroslav Garai)
  17. AVR-USB
  18. AVR PWM
  19. AVR calculator example program
  20. AVR tools
  21. Acrob in maze (line sensor, distance sensor, robot navigates towards the maze exit) (Martin Hrivnák, Tomáš Matúš)
  22. Acrob navigation in maze using neural network (Kundlová, Jurenka)
  23. Acrob or SBOT robot constructs a map of a maze
  24. Acrob or SBOT robot constructs a map of a maze using IR distance sensors (Dudík, Kemény)
  25. Acrob robot constructs a map of a maze (Péter Dobsa, Gergely Labanc)
  26. Acrob robot constructs a map of a maze - obstacles around the robot (Jozef Belko)
  27. Acrob robot prejde bludisko, a program ďalej vizualizuje mapu bludiska na obrazovke (Michal Borčin & Barbora Zaťková)
  28. Acrob robot skonštruuje mapu bludiska (reprezentovaného čiernou páskou na bielom papieri), program ďalej vizualizuje mapu na obrazovke (Michal Borčin & Barbora Zaťková)
  29. AdMIRE
  30. Adam LCD.nxc
  31. Adam blik1.nxc
  32. Adam stvorec.nxc
  33. Adam ton2.nxc
  34. Adam zvukograf.nxc
  35. Adam zvukograf2.nxc
  36. Agent Space on Raspberry Pi and Acrob with line-following and obstacle avoiding behavior-based robot.
  37. Agent Space on Raspberry Pi and Acrob with line-following and obstacle avoiding behavior-based robot.(Anton Blahunka, Martin Reiberger)
  38. Aipobyt
  39. Ako začať
  40. Analogue electronics
  41. Animatronický robot
  42. AnyKode Marilou
  43. Arduino
  44. Autonómne autodráhové autíčko
  45. Avoiding in a corridor
  46. Axis
  47. BOB808 - Peter Šeban, Jerguš Greššák
  48. BS2 Sonar SRF08
  49. Balancujuci robot
  50. Bezpečnosť pri práci
  51. Boe-Bot
  52. BoeBot
  53. Boe Bot
  54. Boe Bot Workshop
  55. Braitenberg 2
  56. Braitenberg vehicles implemented using SBOT robot
  57. BugBox(použitie DQN pri učení štornohého robota optimálnej chôdze) - Martin Zvara
  58. BugBox(použitie DQN pri učení štvornohého robota optimálnej chôdze) - Martin Zvara
  59. C:\Users\GEO\Desktop\lego\program.zip
  60. CNY70
  61. Centrobot Joint Lectures
  62. Centrobot Workshop
  63. Cerebot & LEGO Mindstorms
  64. Cerebot & LEGO Mindstorms/sk
  65. Cerebot Sensors Tutorial
  66. Charts for Imagine
  67. Charts for Imagine/en
  68. Charts for Imagine/sk
  69. Cik-cak.nxc
  70. Cik cak.nxc
  71. Clock Gear
  72. Controlling robot with webcam
  73. Controlling robots in remotely-operated laboratory using Objection language
  74. DC Raditsch SBOT
  75. Dance Pad
  76. Denník
  77. Dopredu dozadu.nxc
  78. Dopredu dozadu2.nxc
  79. Dve percenta - zamestnancii
  80. E-Puck Bludisko
  81. EI
  82. ESP-01
  83. Elosys
  84. Elosys/sk
  85. Eurologo2007Workshop - Direct control of NXT from Imagine Logo
  86. Eurologo2007Workshop - First preview of Logo running on NXT
  87. Eurologo2007Workshop - Get started with NXT
  88. Eurologo2007Workshop - More fun with robots
  89. Eurologo2007Workshop - RCX-robot steered from Imagine Logo
  90. Eurologo2007Workshop - Remotely-operated robots
  91. Eurologo2007Workshop - Robotnacka turtle robot
  92. Eurologo2007 Workshop
  93. Evolution of shapes with Open Dynamics Engine (Bečvarová Ľuboslava)
  94. Evolution with Open Dynamics Engine (Bečvarová Ľuboslava)
  95. Evolutionary and Probabilistic Robotics Experiments
  96. Evolving obstacle avoidance in Microsoft Robotics Studio
  97. Evolving obstacle avoidance in Microsoft Robotics Studio (autori: Miroslav Matušťák & Pavol Kunovský)
  98. Evolving shapes
  99. Evolving shapes/en
  100. Evolving shapes/sk

View (previous 100 | next 100) (20 | 50 | 100 | 250 | 500)